def allocate_floating_ip(request):
"""Allocate a floating IP."""
req = utils.get_json_body(request)
floating_ip_dict = api.utils.get_attribute(req, "floatingip",
required=True, attr_type=dict)
userid = request.user_uniq
project = floating_ip_dict.get("project", None)
log.info('allocate_floating_ip user: %s request: %s', userid, req)
# the network_pool is a mandatory field
network_id = api.utils.get_attribute(floating_ip_dict,
"floating_network_id",
required=False,
attr_type=(basestring, int))
if network_id is None:
floating_ip = ips.create_floating_ip(userid, project=project)
else:
try:
network_id = int(network_id)
except ValueError:
raise faults.BadRequest("Invalid networkd ID.")
network = util.get_network(network_id, userid, for_update=True,
non_deleted=True)
address = api.utils.get_attribute(floating_ip_dict,
"floating_ip_address",
required=False,
attr_type=basestring)
floating_ip = ips.create_floating_ip(userid, network, address,
project=project)
log.info("User '%s' allocated floating IP '%s'", userid, floating_ip)
request.serialization = "json"
data = json.dumps({"floatingip": ip_to_dict(floating_ip)})
return HttpResponse(data, status=200)
def allocate_floating_ip(request):
"""Allocate a floating IP."""
req = utils.get_request_dict(request)
floating_ip_dict = api.utils.get_attribute(req, "floatingip",
required=True, attr_type=dict)
userid = request.user_uniq
log.info('allocate_floating_ip user: %s request: %s', userid, req)
# the network_pool is a mandatory field
network_id = api.utils.get_attribute(floating_ip_dict,
"floating_network_id",
required=False,
attr_type=(basestring, int))
if network_id is None:
floating_ip = ips.create_floating_ip(userid)
else:
try:
network_id = int(network_id)
except ValueError:
raise faults.BadRequest("Invalid networkd ID.")
network = util.get_network(network_id, userid, for_update=True,
non_deleted=True)
address = api.utils.get_attribute(floating_ip_dict,
"floating_ip_address",
required=False,
attr_type=basestring)
floating_ip = ips.create_floating_ip(userid, network, address)
log.info("User '%s' allocated floating IP '%s'", userid, floating_ip)
request.serialization = "json"
data = json.dumps({"floatingip": ip_to_dict(floating_ip)})
return HttpResponse(data, status=200)
def allocate_floating_ip(request):
"""Allocate a floating IP."""
req = utils.get_json_body(request)
log.debug("User: %s, Action: create_floating_ip, Request: %s",
request.user_uniq, req)
floating_ip_dict = api.utils.get_attribute(req,
"floatingip",
required=True,
attr_type=dict)
userid = request.user_uniq
project = floating_ip_dict.get("project", None)
shared_to_project = floating_ip_dict.get("shared_to_project", False)
# the network_pool is a mandatory field
network_id = api.utils.get_attribute(floating_ip_dict,
"floating_network_id",
required=False,
attr_type=(basestring, int))
if network_id is None:
floating_ip = \
ips.create_floating_ip(userid, project=project,
shared_to_project=shared_to_project)
else:
try:
network_id = int(network_id)
except ValueError:
raise faults.BadRequest("Invalid networkd ID.")
network = util.get_network(network_id,
userid,
request.user_projects,
for_update=True,
non_deleted=True)
address = api.utils.get_attribute(floating_ip_dict,
"floating_ip_address",
required=False,
attr_type=basestring)
floating_ip = \
ips.create_floating_ip(userid, network, address,
project=project,
shared_to_project=shared_to_project)
log.info("User %s created floating IP %s, network %s, address %s", userid,
floating_ip.id, floating_ip.network_id, floating_ip.address)
request.serialization = "json"
data = json.dumps({"floatingip": ip_to_dict(floating_ip)})
return HttpResponse(data, status=200)
def handle(self, *args, **options):
if args:
raise CommandError("Command doesn't accept any arguments")
network_id = options['network_id']
address = options['address']
user = options['user']
project = options['project']
if not user:
raise CommandError("'user' is required for floating IP creation")
if not project:
project = user
if network_id is not None:
network = common.get_resource("network", network_id)
if network.deleted:
raise CommandError("Network '%s' is deleted" % network.id)
if not network.floating_ip_pool:
raise CommandError("Network '%s' is not a floating IP pool." %
network)
credentials = Credentials(user)
floating_ip = ips.create_floating_ip(credentials,
project=project,
network_id=network_id,
address=address)
self.stdout.write("Created floating IP '%s'.\n" % floating_ip)
def handle(self, *args, **options):
if args:
raise CommandError("Command doesn't accept any arguments")
network_id = options['network_id']
address = options['address']
owner = options['owner']
if not owner:
raise CommandError("'owner' is required for floating IP creation")
if network_id is not None:
network = util.get_network(network_id, owner, for_update=True,
non_deleted=True)
if not network.floating_ip_pool:
raise CommandError("Network '%s' is not a floating IP pool."
% network)
else:
network = None
floating_ip = ips.create_floating_ip(userid=owner,
network=network,
address=address)
self.stdout.write("Created floating IP '%s'.\n" % floating_ip)
def handle(self, *args, **options):
if args:
raise CommandError("Command doesn't accept any arguments")
network_id = options['network_id']
address = options['address']
user = options['user']
if not user:
raise CommandError("'user' is required for floating IP creation")
if network_id is not None:
network = common.get_resource("network", network_id,
for_update=True)
if network.deleted:
raise CommandError("Network '%s' is deleted" % network.id)
if not network.floating_ip_pool:
raise CommandError("Network '%s' is not a floating IP pool."
% network)
else:
network = None
floating_ip = ips.create_floating_ip(userid=user,
network=network,
address=address)
self.stdout.write("Created floating IP '%s'.\n" % floating_ip)
def test_create(self):
"""Test if a floating IP is created properly."""
with mocked_quotaholder():
ip = ips.create_floating_ip(
self.credentials, network_id=self.network.id)
self.assertEqual(len(self.network.ips.all()), 1)
self.assertEqual(self.network.ips.all()[0], ip)
def test_create(self):
"""Test if a floating IP is created properly."""
with mocked_quotaholder():
ip = ips.create_floating_ip(self.credentials,
network_id=self.network.id)
self.assertEqual(len(self.network.ips.all()), 1)
self.assertEqual(self.network.ips.all()[0], ip)
def handle(self, *args, **options):
if args:
raise CommandError("Command doesn't accept any arguments")
network_id = options['network_id']
address = options['address']
user = options['user']
if not user:
raise CommandError("'user' is required for floating IP creation")
if network_id is not None:
network = common.get_resource("network",
network_id,
for_update=True)
if network.deleted:
raise CommandError("Network '%s' is deleted" % network.id)
if not network.floating_ip_pool:
raise CommandError("Network '%s' is not a floating IP pool." %
network)
else:
network = None
floating_ip = ips.create_floating_ip(userid=user,
network=network,
address=address)
self.stdout.write("Created floating IP '%s'.\n" % floating_ip)
def handle(self, *args, **options):
if args:
raise CommandError("Command doesn't accept any arguments")
network_id = options['network_id']
address = options['address']
user = options['user']
project = options['project']
if not user:
raise CommandError("'user' is required for floating IP creation")
if not project:
project = user
if network_id is not None:
network = common.get_resource("network", network_id)
if network.deleted:
raise CommandError("Network '%s' is deleted" % network.id)
if not network.floating_ip_pool:
raise CommandError("Network '%s' is not a floating IP pool."
% network)
credentials = Credentials(user)
floating_ip = ips.create_floating_ip(credentials,
project=project,
network_id=network_id,
address=address)
self.stdout.write("Created floating IP '%s'.\n" % floating_ip)
def allocate_floating_ip(request):
"""Allocate a floating IP."""
req = utils.get_json_body(request)
credentials = request.credentials
log.debug("User: %s, Action: create_floating_ip, Request: %s",
credentials.userid, req)
floating_ip_dict = api.utils.get_attribute(req,
"floatingip",
required=True,
attr_type=dict)
userid = credentials.userid
project = floating_ip_dict.get("project", None)
shared_to_project = floating_ip_dict.get("shared_to_project", False)
# the network_pool is a mandatory field
network_id = api.utils.get_attribute(floating_ip_dict,
"floating_network_id",
required=False,
attr_type=(basestring, int))
if network_id is None:
floating_ip = \
ips.create_floating_ip(credentials, project=project,
shared_to_project=shared_to_project)
else:
try:
network_id = int(network_id)
except ValueError:
raise faults.BadRequest("Invalid networkd ID.")
address = api.utils.get_attribute(floating_ip_dict,
"floating_ip_address",
required=False,
attr_type=basestring)
floating_ip = \
ips.create_floating_ip(credentials, network_id, address,
project=project,
shared_to_project=shared_to_project)
log.info("User %s created floating IP %s, network %s, address %s", userid,
floating_ip.id, floating_ip.network_id, floating_ip.address)
return HttpResponse(_floatingip_details_view(floating_ip), status=200)
def allocate_floating_ip(request):
"""Allocate a floating IP."""
req = utils.get_json_body(request)
credentials = request.credentials
log.debug("User: %s, Action: create_floating_ip, Request: %s",
credentials.userid, req)
floating_ip_dict = api.utils.get_attribute(req, "floatingip",
required=True, attr_type=dict)
userid = credentials.userid
project = floating_ip_dict.get("project", None)
shared_to_project = floating_ip_dict.get("shared_to_project", False)
# the network_pool is a mandatory field
network_id = api.utils.get_attribute(floating_ip_dict,
"floating_network_id",
required=False,
attr_type=(basestring, int))
if network_id is None:
floating_ip = \
ips.create_floating_ip(credentials, project=project,
shared_to_project=shared_to_project)
else:
try:
network_id = int(network_id)
except ValueError:
raise faults.BadRequest("Invalid networkd ID.")
address = api.utils.get_attribute(floating_ip_dict,
"floating_ip_address",
required=False,
attr_type=basestring)
floating_ip = \
ips.create_floating_ip(credentials, network_id, address,
project=project,
shared_to_project=shared_to_project)
log.info("User %s created floating IP %s, network %s, address %s",
userid, floating_ip.id, floating_ip.network_id,
floating_ip.address)
return HttpResponse(_floatingip_details_view(floating_ip), status=200)
def compute_allocate_floating_ip(request):
"""Allocate a floating IP."""
log.debug("User: %s, Action: compute_create_floating_ip, Request: %s",
request.user_uniq, request)
userid = request.user_uniq
floating_ip = ips.create_floating_ip(userid)
log.info("User %s created floating IP %s, network %s, address %s", userid,
floating_ip.id, floating_ip.network_id, floating_ip.address)
return HttpResponse(_compute_floatingip_details_view(floating_ip),
status=200)
def test_delete(self):
"""Test if the delete action succeeds/fails properly."""
# Create a floating IP and force-attach it to a NIC instance.
vm = mfactory.VirtualMachineFactory()
nic = mfactory.NetworkInterfaceFactory(network=self.network,
machine=vm)
with mocked_quotaholder():
ip = ips.create_floating_ip(
self.credentials, network_id=self.network.id)
ip.nic = nic
ip.save()
# Test 1 - Check if we can delete an IP attached to a VM.
#
# The validate function and the action should both fail with the
# following message.
expected_msg = "IP '{}' is used by server '{}'".format(ip.id, vm.id)
# Verify that the validate function fails in silent mode.
res, msg = ips.validate_ip_action(ip, "DELETE", silent=True)
self.assertFalse(res)
self.assertEqual(msg, expected_msg)
# Verify that the validate function fails in non-silent mode.
with self.assertRaises(faults.Conflict) as cm:
ips.validate_ip_action(ip, "DELETE", silent=False)
self.assertEqual(cm.exception.message, expected_msg)
# Verify that the delete action fails with exception.
with mocked_quotaholder():
with self.assertRaises(faults.Conflict) as cm:
ips.delete_floating_ip(ip.id, self.credentials)
self.assertEqual(cm.exception.message, expected_msg)
# Test 2 - Check if we can delete a free IP.
#
# Force-detach IP from NIC.
ip.nic = None
ip.save()
# Verify that the validate function passes in silent mode.
res, _ = ips.validate_ip_action(ip, "DELETE", silent=True)
self.assertTrue(res)
# Verify that the delete action succeeds.
with mocked_quotaholder():
ips.delete_floating_ip(ip.id, self.credentials)
with self.assertRaises(ObjectDoesNotExist):
IPAddress.objects.get(id=ip.id)
def test_delete(self):
"""Test if the delete action succeeds/fails properly."""
# Create a floating IP and force-attach it to a NIC instance.
vm = mfactory.VirtualMachineFactory()
nic = mfactory.NetworkInterfaceFactory(network=self.network,
machine=vm)
with mocked_quotaholder():
ip = ips.create_floating_ip(self.credentials,
network_id=self.network.id)
ip.nic = nic
ip.save()
# Test 1 - Check if we can delete an IP attached to a VM.
#
# The validate function and the action should both fail with the
# following message.
expected_msg = "IP '{}' is used by server '{}'".format(ip.id, vm.id)
# Verify that the validate function fails in silent mode.
res, msg = ips.validate_ip_action(ip, "DELETE", silent=True)
self.assertFalse(res)
self.assertEqual(msg, expected_msg)
# Verify that the validate function fails in non-silent mode.
with self.assertRaises(faults.Conflict) as cm:
ips.validate_ip_action(ip, "DELETE", silent=False)
self.assertEqual(cm.exception.message, expected_msg)
# Verify that the delete action fails with exception.
with mocked_quotaholder():
with self.assertRaises(faults.Conflict) as cm:
ips.delete_floating_ip(ip.id, self.credentials)
self.assertEqual(cm.exception.message, expected_msg)
# Test 2 - Check if we can delete a free IP.
#
# Force-detach IP from NIC.
ip.nic = None
ip.save()
# Verify that the validate function passes in silent mode.
res, _ = ips.validate_ip_action(ip, "DELETE", silent=True)
self.assertTrue(res)
# Verify that the delete action succeeds.
with mocked_quotaholder():
ips.delete_floating_ip(ip.id, self.credentials)
with self.assertRaises(ObjectDoesNotExist):
IPAddress.objects.get(id=ip.id)
def compute_allocate_floating_ip(request):
"""Allocate a floating IP."""
credentials = request.credentials
userid = credentials.userid
log.debug("User: %s, Action: compute_create_floating_ip, Request: %s",
userid, request)
floating_ip = ips.create_floating_ip(credentials)
log.info("User %s created floating IP %s, network %s, address %s",
userid, floating_ip.id, floating_ip.network_id,
floating_ip.address)
return HttpResponse(
_compute_floatingip_details_view(floating_ip), status=200)