def test_update(site, client):
"""Test update of an existing interface w/ an address."""
ifc_uri = site.list_uri('interface')
dev_uri = site.list_uri('device')
net_uri = site.list_uri('network')
dev_resp = client.create(dev_uri, hostname='foo-bar1')
dev = get_result(dev_resp)
net_resp = client.create(net_uri, cidr='10.1.1.0/24')
net = get_result(net_resp)
# Create eth0 w/ an address
addresses = ['10.1.1.1/32']
ifc_resp = client.create(ifc_uri,
device=dev['id'],
name='eth0',
addresses=addresses)
ifc = get_result(ifc_resp)
ifc_obj_uri = site.detail_uri('interface', id=ifc['id'])
# Create eth1 w/ no address
ifc2_resp = client.create(ifc_uri, device=dev['id'], name='eth1')
ifc2 = get_result(ifc2_resp)
ifc2_obj_uri = site.detail_uri('interface', id=ifc2['id'])
# Assigning eth0's address to eth1 should fail.
params = ifc2.copy()
params['addresses'] = addresses
assert_error(client.update(ifc2_obj_uri, **params),
status.HTTP_400_BAD_REQUEST)
# (device_id, name) must be unique
params['name'] = 'eth0'
assert_error(client.update(ifc2_obj_uri, **params),
status.HTTP_409_CONFLICT)
# Test zeroing out addresses on the Interface
params['name'] = 'eth1'
params['addresses'] = []
ifc2.update(params)
assert_success(client.update(ifc2_obj_uri, **params), ifc2)
# Assign addresses by natural key
natural_key = slugify_interface(**ifc2)
ifc2_natural_uri = site.detail_uri('interface', id=natural_key)
params['name'] = 'eth3'
payload = copy.deepcopy(params)
payload['name_slug'] = slugify_interface(**payload)
assert_success(client.update(ifc2_natural_uri, **params), payload)
# Update parent by natural key (set `ifc` as parent to `ifc2`)
params['parent_id'] = ifc['name_slug']
payload['parent_id'] = ifc['id']
payload['parent'] = ifc['name_slug']
payload['name_slug'] = slugify_interface(**payload)
assert_success(client.update(ifc2_obj_uri, **params), payload)
def test_deletion(site, client):
"""Test deletion of Interfaces."""
ifc_uri = site.list_uri('interface')
dev_uri = site.list_uri('device')
dev1_resp = client.create(dev_uri, hostname='foo-bar1')
dev1 = get_result(dev1_resp)
# Create Interfaces
dev1_eth0_resp = client.create(ifc_uri, device=dev1['id'], name='eth0')
dev1_eth0 = get_result(dev1_eth0_resp)
dev1_eth0_uri = site.detail_uri('interface', id=dev1_eth0['id'])
dev1_eth1_resp = client.create(ifc_uri,
device=dev1['id'],
name='eth1',
parent_id=dev1_eth0['id'])
dev1_eth1 = get_result(dev1_eth1_resp)
dev1_eth1_uri = site.detail_uri('interface', id=dev1_eth1['id'])
# Don't allow delete when there's a child Interface
assert_error(client.delete(dev1_eth0_uri), status.HTTP_409_CONFLICT)
# Delete the child Interface
client.delete(dev1_eth1_uri)
# And safely delete the parent Network
assert_deleted(client.delete(dev1_eth0_uri))
# Delete based on natural key
dev1_eth2_resp = client.create(ifc_uri, device=dev1['id'], name='eth2')
dev1_eth2 = get_result(dev1_eth2_resp)
natural_key = slugify_interface(**dev1_eth2)
dev1_eth2_natural_uri = site.detail_uri('interface', id=natural_key)
assert_deleted(client.delete(dev1_eth2_natural_uri))
def test_deletion(site, client):
"""Test deletion of Interfaces."""
ifc_uri = site.list_uri('interface')
dev_uri = site.list_uri('device')
dev1_resp = client.create(dev_uri, hostname='foo-bar1')
dev1 = get_result(dev1_resp)
# Create Interfaces
dev1_eth0_resp = client.create(ifc_uri, device=dev1['id'], name='eth0')
dev1_eth0 = get_result(dev1_eth0_resp)
dev1_eth0_uri = site.detail_uri('interface', id=dev1_eth0['id'])
dev1_eth1_resp = client.create(
ifc_uri, device=dev1['id'], name='eth1', parent_id=dev1_eth0['id']
)
dev1_eth1 = get_result(dev1_eth1_resp)
dev1_eth1_uri = site.detail_uri('interface', id=dev1_eth1['id'])
# Don't allow delete when there's a child Interface
assert_error(client.delete(dev1_eth0_uri), status.HTTP_409_CONFLICT)
# Delete the child Interface
client.delete(dev1_eth1_uri)
# And safely delete the parent Network
assert_deleted(client.delete(dev1_eth0_uri))
# Delete based on natural key
dev1_eth2_resp = client.create(ifc_uri, device=dev1['id'], name='eth2')
dev1_eth2 = get_result(dev1_eth2_resp)
natural_key = slugify_interface(**dev1_eth2)
dev1_eth2_natural_uri = site.detail_uri('interface', id=natural_key)
assert_deleted(client.delete(dev1_eth2_natural_uri))
def add_name_slug(apps, schema_editor):
"""Correctly name_slug for every Interface with slash in the name."""
Interface = apps.get_model('nsot', 'Interface')
for i in Interface.objects.iterator():
name_slug = slugify_interface(device_hostname=i.device_hostname,
name=i.name)
i.name_slug = name_slug
i.save()
def add_name_slug(apps, schema_editor):
"""Correctly name_slug for every Interface with slash in the name."""
Interface = apps.get_model('nsot', 'Interface')
for i in Interface.objects.iterator():
name_slug = slugify_interface(
device_hostname=i.device_hostname, name=i.name
)
i.name_slug = name_slug
i.save()
def test_slugify_interface():
"""Test ``util.slugify_interface``."""
# Test interface dict input
interface = {'device_hostname': 'foo-bar1', 'name': 'ge-0/0/1'}
expected = 'foo-bar1:ge-0/0/1'
assert util.slugify_interface(interface) == expected
# Test kwarg input
assert util.slugify_interface(**interface) == expected
# Test bad inputs
with pytest.raises(RuntimeError):
util.slugify_interface()
with pytest.raises(RuntimeError):
util.slugify_interface(device_hostname='bogus')
with pytest.raises(RuntimeError):
util.slugify_interface(name='bogus')
def test_slugify_interface():
"""Test ``util.slugify_interface``."""
# Test interface dict input
interface = {'device_hostname': 'foo-bar1', 'name': 'ge-0/0/1'}
expected = 'foo-bar1:ge-0/0/1'
assert util.slugify_interface(interface) == expected
# Test kwarg input
assert util.slugify_interface(**interface) == expected
# Test bad inputs
with pytest.raises(RuntimeError):
util.slugify_interface()
with pytest.raises(RuntimeError):
util.slugify_interface(device_hostname='bogus')
with pytest.raises(RuntimeError):
util.slugify_interface(name='bogus')
def test_detail_routes(site, client):
"""Test detail routes for Interfaces objects."""
ifc_uri = site.list_uri('interface')
dev_uri = site.list_uri('device')
net_uri = site.list_uri('network')
dev_resp = client.create(dev_uri, hostname='foo-bar1')
dev = get_result(dev_resp)
net_resp = client.create(net_uri, cidr='10.1.1.0/24')
net = get_result(net_resp)
# Create a simple interface with addresses
set_addresses = ['10.1.1.1/32', '10.1.1.2/32', '10.1.1.3/32']
ifc_resp = client.create(ifc_uri,
device=dev['id'],
name='eth0',
addresses=set_addresses)
ifc = get_result(ifc_resp)
ifc_obj_uri = site.detail_uri('interface', id=ifc['id'])
# Fetch the Network address objects
addresses_resp = client.retrieve(net_uri,
include_ips=True,
include_networks=False)
addresses = get_result(addresses_resp)
expected = addresses
# Verify Interface.addresses
addresses_uri = reverse('interface-addresses', args=(site.id, ifc['id']))
assert_success(client.retrieve(addresses_uri), expected)
# Verify Interface.addresses by natural key
natural_key = slugify_interface(**ifc)
addresses_natural_uri = reverse('interface-addresses',
args=(site.id, natural_key))
assert_success(client.retrieve(addresses_natural_uri), expected)
# Verify Interface.networks
networks_uri = reverse('interface-networks', args=(site.id, ifc['id']))
expected = [net]
assert_success(client.retrieve(networks_uri), expected)
# Verify Interface.networks by natural key
networks_natural_uri = reverse('interface-networks',
args=(site.id, natural_key))
assert_success(client.retrieve(networks_natural_uri), expected)
# Update the interface name to be more complex, and test again to verify
# detail routes for more complex interface names
params = {'name': 'xe-1/2/3:10.0'}
ifc_resp = client.partial_update(ifc_obj_uri, **params)
ifc = get_result(ifc_resp)
# Build the new natural key
natural_key = slugify_interface(**ifc)
# Verify Interface.addresses by natural key with a complex interface name
addresses_natural_uri = reverse('interface-addresses',
args=(site.id, natural_key))
expected = addresses
assert_success(client.retrieve(addresses_natural_uri), expected)
# Verify Interface.networks by natural key with a complex interface name
networks_natural_uri = reverse('interface-networks',
args=(site.id, natural_key))
expected = [net]
assert_success(client.retrieve(networks_natural_uri), expected)
def test_partial_update(site, client):
"""Test PATCH operations to partially update an Interface."""
ifc_uri = site.list_uri('interface')
dev_uri = site.list_uri('device')
net_uri = site.list_uri('network')
attr_uri = site.list_uri('attribute')
dev_resp = client.create(dev_uri, hostname='foo-bar1')
dev = get_result(dev_resp)
net_resp = client.create(net_uri, cidr='10.1.1.0/24')
net = get_result(net_resp)
client.create(attr_uri, name='attr1', resource_name='Interface')
# Create eth0 w/ an address
addresses = ['10.1.1.1/32']
ifc_resp = client.create(ifc_uri,
device=dev['id'],
name='eth0',
addresses=addresses,
attributes={'attr1': 'value'})
ifc = get_result(ifc_resp)
ifc_pk_uri = site.detail_uri('interface', id=ifc['id'])
# Assert that a partial update on PUT will fail
params = {'name': 'ge-0/0/1'}
assert_error(client.update(ifc_pk_uri, **params),
status.HTTP_400_BAD_REQUEST)
# Update only name
payload = copy.deepcopy(ifc)
params = {'name': 'ge-0/0/1'}
payload.update(params)
payload['name_slug'] = slugify_interface(**payload)
assert_success(client.partial_update(ifc_pk_uri, **params), payload)
# Update only attributes
params = {'attributes': {}} # Nuke 'em
payload.update(params)
assert_success(client.partial_update(ifc_pk_uri, **params), payload)
# Update attributes by natural key
natural_key = slugify_interface(**payload)
ifc_natural_uri = site.detail_uri('interface', id=natural_key)
params = {'attributes': {'attr1': 'bar'}}
payload.update(params)
assert_success(client.partial_update(ifc_natural_uri, **params), payload)
# Update name and confirm natural key change
params = {'name': 'xe-1/2/3:10.0'}
payload.update(params)
payload['name_slug'] = slugify_interface(**payload)
assert_success(client.partial_update(ifc_natural_uri, **params), payload)
# Old natural key URI should fail
assert_error(client.get(ifc_natural_uri), status.HTTP_404_NOT_FOUND)
# Build new natural key
natural_key = slugify_interface(**payload)
ifc_natural_uri = site.detail_uri('interface', id=natural_key)
# Confirm new URI works
assert_success(client.get(ifc_natural_uri), payload)
# Update only addresses
params = {'addresses': ['10.1.1.2/32']}
payload.update(params)
assert_success(client.partial_update(ifc_pk_uri, **params), payload)
# Nuke addresses
params = {'addresses': []} # Nuke 'em!
payload.update(params)
payload['networks'] = [] # This will be empty, too.
assert_success(client.partial_update(ifc_pk_uri, **params), payload)
def test_creation(site, client):
"""Test basic creation of an Interface."""
ifc_uri = site.list_uri('interface')
dev_uri = site.list_uri('device')
net_uri = site.list_uri('network')
dev_resp = client.create(dev_uri, hostname='foo-bar1')
dev = get_result(dev_resp)
dev_resp1 = client.create(dev_uri, hostname='foo-bar2')
dev1 = get_result(dev_resp1)
net_resp = client.create(net_uri, cidr='10.1.1.0/24')
net = get_result(net_resp)
# Missing required field (device, name)
assert_error(client.create(ifc_uri, attributes={'attr1': 'foo'}),
status.HTTP_400_BAD_REQUEST)
# Null name
assert_error(client.create(ifc_uri, device=dev['id'], name=None),
status.HTTP_400_BAD_REQUEST)
# Verify successful creation w/ null MAC
ifc1_resp = client.create(
ifc_uri,
device=dev['id'],
name='eth0',
parent_id=None,
mac_address=None,
)
ifc1 = get_result(ifc1_resp)
ifc1_obj_uri = site.detail_uri('interface', id=ifc1['id'])
assert_created(ifc1_resp, ifc1_obj_uri)
# Verify that creating a device with parent as
# ifc1 but device as foo-bar2 will cause error
assert_error(
client.create(ifc_uri,
device=dev1['id'],
name='eth0.1',
parent_id=ifc1['id']), status.HTTP_400_BAD_REQUEST)
# Make sure MAC is None
assert ifc1['mac_address'] is None
# Create another interface with ifc1 as parent, w/ 0 MAC
ifc2_resp = client.create(ifc_uri,
device=dev['id'],
name='eth0.0',
parent_id=ifc1['id'],
mac_address=0)
ifc2 = get_result(ifc2_resp)
ifc2_obj_uri = site.detail_uri('interface', id=ifc2['id'])
assert_created(ifc2_resp, ifc2_obj_uri)
# Create yet another interface using Device hostname
ifc3_resp = client.create(ifc_uri, device=dev['hostname'], name='eth1.0')
ifc3 = get_result(ifc3_resp)
ifc3_obj_uri = site.detail_uri('interface', id=ifc3['id'])
assert_created(ifc3_resp, ifc3_obj_uri)
# Create an interface using Device hostname with parent_id specified by natural
# key (!!)
ifc4_resp = client.create(ifc_uri,
device=dev['hostname'],
name='eth1.1',
parent_id=ifc3['name_slug'])
ifc4 = get_result(ifc4_resp)
ifc4_obj_uri = site.detail_uri('interface', id=ifc4['id'])
assert_created(ifc4_resp, ifc4_obj_uri)
# Verify successful get of single Interface
assert_success(client.get(ifc1_obj_uri), ifc1)
# Verify successful get of single Interface by natural key
natural_key = slugify_interface(**ifc1)
ifc1_natural_uri = site.detail_uri('interface', id=natural_key)
assert_success(client.get(ifc1_natural_uri), ifc1)
# Verify successful retrieval of all Interfaces
interfaces = [ifc1, ifc2, ifc3, ifc4]
expected = interfaces
assert_success(client.get(ifc_uri), expected)
def test_detail_routes(site, client):
"""Test detail routes for Interfaces objects."""
ifc_uri = site.list_uri('interface')
dev_uri = site.list_uri('device')
net_uri = site.list_uri('network')
dev_resp = client.create(dev_uri, hostname='foo-bar1')
dev = get_result(dev_resp)
net_resp = client.create(net_uri, cidr='10.1.1.0/24')
net = get_result(net_resp)
# Create a simple interface with addresses
set_addresses = ['10.1.1.1/32', '10.1.1.2/32', '10.1.1.3/32']
ifc_resp = client.create(
ifc_uri, device=dev['id'], name='eth0', addresses=set_addresses
)
ifc = get_result(ifc_resp)
ifc_obj_uri = site.detail_uri('interface', id=ifc['id'])
# Fetch the Network address objects
addresses_resp = client.retrieve(
net_uri, include_ips=True, include_networks=False
)
addresses = get_result(addresses_resp)
expected = addresses
# Verify Interface.addresses
addresses_uri = reverse('interface-addresses', args=(site.id, ifc['id']))
assert_success(client.retrieve(addresses_uri), expected)
# Verify Interface.addresses by natural key
natural_key = slugify_interface(**ifc)
addresses_natural_uri = reverse(
'interface-addresses', args=(site.id, natural_key))
assert_success(client.retrieve(addresses_natural_uri), expected)
# Verify Interface.networks
networks_uri = reverse('interface-networks', args=(site.id, ifc['id']))
expected = [net]
assert_success(client.retrieve(networks_uri), expected)
# Verify Interface.networks by natural key
networks_natural_uri = reverse(
'interface-networks', args=(site.id, natural_key))
assert_success(client.retrieve(networks_natural_uri), expected)
# Update the interface name to be more complex, and test again to verify
# detail routes for more complex interface names
params = {'name': 'xe-1/2/3:10.0'}
ifc_resp = client.partial_update(ifc_obj_uri, **params)
ifc = get_result(ifc_resp)
# Build the new natural key
natural_key = slugify_interface(**ifc)
# Verify Interface.addresses by natural key with a complex interface name
addresses_natural_uri = reverse(
'interface-addresses', args=(site.id, natural_key))
expected = addresses
assert_success(client.retrieve(addresses_natural_uri), expected)
# Verify Interface.networks by natural key with a complex interface name
networks_natural_uri = reverse(
'interface-networks', args=(site.id, natural_key))
expected = [net]
assert_success(client.retrieve(networks_natural_uri), expected)
def test_partial_update(site, client):
"""Test PATCH operations to partially update an Interface."""
ifc_uri = site.list_uri('interface')
dev_uri = site.list_uri('device')
net_uri = site.list_uri('network')
attr_uri = site.list_uri('attribute')
dev_resp = client.create(dev_uri, hostname='foo-bar1')
dev = get_result(dev_resp)
net_resp = client.create(net_uri, cidr='10.1.1.0/24')
net = get_result(net_resp)
client.create(attr_uri, name='attr1', resource_name='Interface')
# Create eth0 w/ an address
addresses = ['10.1.1.1/32']
ifc_resp = client.create(
ifc_uri, device=dev['id'], name='eth0', addresses=addresses,
attributes={'attr1': 'value'}
)
ifc = get_result(ifc_resp)
ifc_pk_uri = site.detail_uri('interface', id=ifc['id'])
# Assert that a partial update on PUT will fail
params = {'name': 'ge-0/0/1'}
assert_error(
client.update(ifc_pk_uri, **params),
status.HTTP_400_BAD_REQUEST
)
# Update only name
payload = copy.deepcopy(ifc)
params = {'name': 'ge-0/0/1'}
payload.update(params)
payload['name_slug'] = slugify_interface(**payload)
assert_success(
client.partial_update(ifc_pk_uri, **params),
payload
)
# Update only attributes
params = {'attributes': {}} # Nuke 'em
payload.update(params)
assert_success(
client.partial_update(ifc_pk_uri, **params),
payload
)
# Update attributes by natural key
natural_key = slugify_interface(**payload)
ifc_natural_uri = site.detail_uri('interface', id=natural_key)
params = {'attributes': {'attr1': 'bar'}}
payload.update(params)
assert_success(
client.partial_update(ifc_natural_uri, **params),
payload
)
# Update name and confirm natural key change
params = {'name': 'xe-1/2/3:10.0'}
payload.update(params)
payload['name_slug'] = slugify_interface(**payload)
assert_success(
client.partial_update(ifc_natural_uri, **params),
payload
)
# Old natural key URI should fail
assert_error(client.get(ifc_natural_uri), status.HTTP_404_NOT_FOUND)
# Build new natural key
natural_key = slugify_interface(**payload)
ifc_natural_uri = site.detail_uri('interface', id=natural_key)
# Confirm new URI works
assert_success(client.get(ifc_natural_uri), payload)
# Update only addresses
params = {'addresses': ['10.1.1.2/32']}
payload.update(params)
assert_success(
client.partial_update(ifc_pk_uri, **params),
payload
)
# Nuke addresses
params = {'addresses': []} # Nuke 'em!
payload.update(params)
payload['networks'] = [] # This will be empty, too.
assert_success(
client.partial_update(ifc_pk_uri, **params),
payload
)
def test_creation(site, client):
"""Test basic creation of an Interface."""
ifc_uri = site.list_uri('interface')
dev_uri = site.list_uri('device')
net_uri = site.list_uri('network')
dev_resp = client.create(dev_uri, hostname='foo-bar1')
dev = get_result(dev_resp)
dev_resp1 = client.create(dev_uri, hostname='foo-bar2')
dev1 = get_result(dev_resp1)
net_resp = client.create(net_uri, cidr='10.1.1.0/24')
net = get_result(net_resp)
# Missing required field (device, name)
assert_error(
client.create(ifc_uri, attributes={'attr1': 'foo'}),
status.HTTP_400_BAD_REQUEST
)
# Null name
assert_error(
client.create(ifc_uri, device=dev['id'], name=None),
status.HTTP_400_BAD_REQUEST
)
# Verify successful creation w/ null MAC
ifc1_resp = client.create(
ifc_uri, device=dev['id'], name='eth0', parent_id=None,
mac_address=None,
)
ifc1 = get_result(ifc1_resp)
ifc1_obj_uri = site.detail_uri('interface', id=ifc1['id'])
assert_created(ifc1_resp, ifc1_obj_uri)
# Verify that creating a device with parent as
# ifc1 but device as foo-bar2 will cause error
assert_error(
client.create(ifc_uri, device=dev1['id'], name='eth0.1', parent_id=ifc1['id']),
status.HTTP_400_BAD_REQUEST
)
# Make sure MAC is None
assert ifc1['mac_address'] is None
# Create another interface with ifc1 as parent, w/ 0 MAC
ifc2_resp = client.create(
ifc_uri, device=dev['id'], name='eth0.0', parent_id=ifc1['id'],
mac_address=0
)
ifc2 = get_result(ifc2_resp)
ifc2_obj_uri = site.detail_uri('interface', id=ifc2['id'])
assert_created(ifc2_resp, ifc2_obj_uri)
# Create yet another interface using Device hostname
ifc3_resp = client.create(ifc_uri, device=dev['hostname'], name='eth1.0')
ifc3 = get_result(ifc3_resp)
ifc3_obj_uri = site.detail_uri('interface', id=ifc3['id'])
assert_created(ifc3_resp, ifc3_obj_uri)
# Create an interface using Device hostname with parent_id specified by natural
# key (!!)
ifc4_resp = client.create(
ifc_uri, device=dev['hostname'], name='eth1.1',
parent_id=ifc3['name_slug']
)
ifc4 = get_result(ifc4_resp)
ifc4_obj_uri = site.detail_uri('interface', id=ifc4['id'])
assert_created(ifc4_resp, ifc4_obj_uri)
# Verify successful get of single Interface
assert_success(client.get(ifc1_obj_uri), ifc1)
# Verify successful get of single Interface by natural key
natural_key = slugify_interface(**ifc1)
ifc1_natural_uri = site.detail_uri('interface', id=natural_key)
assert_success(client.get(ifc1_natural_uri), ifc1)
# Verify successful retrieval of all Interfaces
interfaces = [ifc1, ifc2, ifc3, ifc4]
expected = interfaces
assert_success(client.get(ifc_uri), expected)
def test_update(site, client):
"""Test update of an existing interface w/ an address."""
ifc_uri = site.list_uri('interface')
dev_uri = site.list_uri('device')
net_uri = site.list_uri('network')
dev_resp = client.create(dev_uri, hostname='foo-bar1')
dev = get_result(dev_resp)
net_resp = client.create(net_uri, cidr='10.1.1.0/24')
net = get_result(net_resp)
# Create eth0 w/ an address
addresses = ['10.1.1.1/32']
ifc_resp = client.create(
ifc_uri, device=dev['id'], name='eth0', addresses=addresses
)
ifc = get_result(ifc_resp)
ifc_obj_uri = site.detail_uri('interface', id=ifc['id'])
# Create eth1 w/ no address
ifc2_resp = client.create(ifc_uri, device=dev['id'], name='eth1')
ifc2 = get_result(ifc2_resp)
ifc2_obj_uri = site.detail_uri('interface', id=ifc2['id'])
# Assigning eth0's address to eth1 should fail.
params = ifc2.copy()
params['addresses'] = addresses
assert_error(
client.update(ifc2_obj_uri, **params),
status.HTTP_400_BAD_REQUEST
)
# (device_id, name) must be unique
params['name'] = 'eth0'
assert_error(
client.update(ifc2_obj_uri, **params),
status.HTTP_409_CONFLICT
)
# Test zeroing out addresses on the Interface
params['name'] = 'eth1'
params['addresses'] = []
ifc2.update(params)
assert_success(
client.update(ifc2_obj_uri, **params),
ifc2
)
# Assign addresses by natural key
natural_key = slugify_interface(**ifc2)
ifc2_natural_uri = site.detail_uri('interface', id=natural_key)
params['name'] = 'eth3'
payload = copy.deepcopy(params)
payload['name_slug'] = slugify_interface(**payload)
assert_success(
client.update(ifc2_natural_uri, **params),
payload
)
# Update parent by natural key (set `ifc` as parent to `ifc2`)
params['parent_id'] = ifc['name_slug']
payload['parent_id'] = ifc['id']
payload['parent'] = ifc['name_slug']
payload['name_slug'] = slugify_interface(**payload)
assert_success(
client.update(ifc2_obj_uri, **params),
payload
)
