def update_useras(testcase,
user_as,
att_confs: List[AttachmentConf],
deleted_links: List[Link] = [],
**kwargs):
"""
Update a `UserAS` and the configuration of its attachments
"""
prev_aps_isd = user_as.isd
prev_cert_chain = user_as.certificates.latest(Certificate.CHAIN)
hosts_pending_before = set(Host.objects.needs_config_deployment())
with patch.object(AttachmentPoint, 'trigger_deployment',
autospec=True) as mock_deploy:
user_as.update(
label=kwargs.get('label', user_as.label),
installation_type=kwargs.get('installation_type',
user_as.installation_type),
)
user_as.update_attachments(att_confs, deleted_links)
# Check that deployment was triggered strictly once for each attachment point
testcase.assertEqual(
len([args[0] for args, kwargs in mock_deploy.call_args_list]),
len(set(args[0] for args, kwargs in mock_deploy.call_args_list)))
# Check that deployment was triggered for all the attachment points
testcase.assertEqual(
set(args[0] for args, kwargs in mock_deploy.call_args_list),
set(AttachmentConf.attachment_points(att_confs)) | set([
link.interfaceA.AS.attachment_point_info for link in deleted_links
]))
# Check needs_config_deployment: hosts of UserAS and both APs
aps_hosts = flatten(ap.AS.hosts.all()
for ap in AttachmentConf.attachment_points(att_confs))
testcase.assertSetEqual(
hosts_pending_before | set(user_as.hosts.all()) | set(aps_hosts),
set(Host.objects.needs_config_deployment()))
# Check certificates reset if ISD changed
curr_aps_isd = user_as.isd
cert_chain = user_as.certificates.latest(Certificate.CHAIN)
if prev_aps_isd != curr_aps_isd:
testcase.assertEqual(
cert_chain.version, prev_cert_chain.version + 1,
("Certificate needs to be recreated on ISD change: "
"ISD before: %s, ISD after:%s" % (prev_aps_isd, curr_aps_isd)))
testcase.assertEqual(
user_as.certificates.filter(type=Certificate.CHAIN).count(), 1)
else:
testcase.assertEqual(prev_cert_chain, cert_chain)
utils.check_topology(testcase)
def user_as_delete_ap(self):
seed = 4
r = random.Random(seed)
as_ids = r.choice(get_random_as_ids_combinations())
user_as, att_confs = create_and_check_random_useras(
self,
seed,
as_ids,
VPNChoice.ALL,
wants_user_ap=True,
public_ip=test_public_ip)
test_att_confs_user_as = AttachmentConf(
attachment_point=user_as.attachment_point_info,
public_ip=test_public_ip,
public_port=55555)
create_and_check_random_useras(
self,
seed,
as_ids,
VPNChoice.ALL,
kwargs={"att_confs": test_att_confs_user_as})
update_useras(self,
user_as,
att_confs,
wants_user_ap=False,
public_ip="")
check_random_useras(self,
seed,
user_as,
att_confs,
VPNChoice.ALL,
wants_user_ap=False,
public_ip="")
def create_user_as(ap, label='Some label'):
user_as = UserAS.objects.create(
owner=get_testuser(),
installation_type=UserAS.VM,
isd=ap.AS.isd,
label=label,
)
att_conf = AttachmentConf(ap, use_vpn=True, public_port=test_public_port)
user_as.update_attachments([att_conf])
return user_as
def _get_random_att_confs(seed,
as_ids: List[ASdef],
vpn_choice: VPNChoice,
force_public_ip=False,
force_bind_ip=False,
**kwargs) -> List[AttachmentConf]:
"""
Generate random compatible `AttachmentConf`s for the given `ASdef`s based on `seed`.
"""
r = random.Random(seed)
att_confs = []
used_public_ip_port_pairs = set()
used_bind_ip_port_pairs = set()
attachment_points = aps_from_ids(as_ids)
for ap in attachment_points:
att_conf_dict = {}
att_conf_dict['attachment_point'] = ap
if vpn_choice in (VPNChoice.NONE, VPNChoice.ALL):
att_conf_dict[
'use_vpn'] = False if vpn_choice is VPNChoice.NONE else True
else:
if not ap.vpn:
att_conf_dict['use_vpn'] = False
else:
att_conf_dict['use_vpn'] = _randbool(r)
while True:
public_ip = '172.31.0.%i' % r.randint(10, 254)
public_port = r.choice(
range(DEFAULT_PUBLIC_PORT, DEFAULT_PUBLIC_PORT + 20))
if (public_ip, public_port) not in used_public_ip_port_pairs:
used_public_ip_port_pairs.add((public_ip, public_port))
break
if _randbool(
r) or att_conf_dict['use_vpn'] is False or force_public_ip:
att_conf_dict['public_ip'] = public_ip
else:
att_conf_dict['public_ip'] = None
att_conf_dict['public_port'] = public_port
while True:
bind_ip = '192.168.1.%i' % r.randint(10, 254)
bind_port = r.choice(
range(DEFAULT_PUBLIC_PORT + 1000, DEFAULT_PUBLIC_PORT + 1020))
if (bind_ip, bind_port) not in used_bind_ip_port_pairs:
used_bind_ip_port_pairs.add((bind_ip, bind_port))
break
if _randbool(r) or force_bind_ip:
att_conf_dict['bind_ip'] = bind_ip
att_conf_dict['bind_port'] = bind_port
else:
att_conf_dict['bind_ip'] = None
att_conf_dict['bind_port'] = None
att_confs.append(AttachmentConf(**att_conf_dict))
return att_confs
def _create_user_as(owner, attachment_point, installation_type, use_vpn):
user_as = UserAS.objects.create(owner=owner,
installation_type=installation_type,
label="",
isd=attachment_point.AS.isd)
user_as.update_attachments([
AttachmentConf(attachment_point=attachment_point,
use_vpn=use_vpn,
public_ip='172.31.0.200',
public_port=54321,
bind_ip=None,
bind_port=None)
])
def save(self, commit=True, user_as=None):
"""
:return AttachmentPointConf:
"""
assert not commit, "Persistency in the DB shall be handled in the save(...) method of the \
AttachmentLinksFormSet"
return AttachmentConf(self.cleaned_data['attachment_point'],
self.cleaned_data['public_ip'] or None, # Interface needs None not ''
self.cleaned_data['public_port'],
self.cleaned_data['bind_ip'] or None,
self.cleaned_data['bind_port'],
self.cleaned_data['use_vpn'],
self.cleaned_data['active'],
self.instance if self.instance.pk is not None else None)
def _create_ases_for_testuser(num):
""" Create a number `num` UserASes for testuser """
user = get_testuser()
num_existing_ases = UserAS.objects.filter(owner=user).count()
for i in range(num_existing_ases, num_existing_ases + num):
ap = AttachmentPoint.objects.first()
user_as = UserAS.objects.create(
owner=user,
installation_type=UserAS.VM,
isd=ap.AS.isd,
label="Testuser's AS number %i" % (i + 1),
)
att_conf = AttachmentConf(ap,
public_ip=_test_ip,
public_port=_test_start_port + i)
user_as.update_attachments([att_conf])
def update_useras(testcase,
user_as,
att_confs: List[AttachmentConf],
deleted_links: List[Link] = [],
wants_user_ap=False,
public_ip="",
wants_vpn=False,
**kwargs):
"""
Update a `UserAS` and the configuration of its attachments
"""
prev_aps_isd = user_as.isd
prev_cert_chain = Certificate.objects.latest(Key.CP_AS, user_as)
hosts_pending_before = set(Host.objects.needs_config_deployment())
user_as.update(
label=kwargs.get('label', user_as.label),
installation_type=kwargs.get('installation_type',
user_as.installation_type),
public_ip=public_ip,
wants_user_ap=wants_user_ap,
wants_vpn=wants_vpn,
)
user_as.update_attachments(att_confs, deleted_links)
# Check needs_config_deployment: hosts of UserAS and both APs
aps_hosts = flatten(ap.AS.hosts.all()
for ap in AttachmentConf.attachment_points(att_confs))
testcase.assertSetEqual(
hosts_pending_before | set(user_as.hosts.all()) | set(aps_hosts),
set(Host.objects.needs_config_deployment()))
# Check certificates reset if ISD changed
curr_aps_isd = user_as.isd
cert_chain = Certificate.objects.latest(Key.CP_AS, user_as)
if prev_aps_isd != curr_aps_isd:
testcase.assertEqual(
cert_chain.version, prev_cert_chain.version + 1,
("Certificate needs to be recreated on ISD change: "
"ISD before: %s, ISD after:%s" % (prev_aps_isd, curr_aps_isd)))
testcase.assertEqual(
user_as.certificates().filter(key__usage=Key.CP_AS).count(), 1)
else:
testcase.assertEqual(prev_cert_chain, cert_chain)
utils.check_topology(testcase)
def _create_user_as(attachment_point, label="Some label"):
"""
Create a UserAS in a transaction, as would happen in a view.
This will then trigger the on_commit and run the deployment tasks.
:returns UserAS: the created user_as
"""
user_as = UserAS.objects.create(
owner=get_testuser(),
installation_type=UserAS.PKG,
isd=attachment_point.AS.isd,
label=label,
)
att_conf = AttachmentConf(attachment_point,
str(ipaddress.ip_address(test_public_ip) + 2),
test_public_port,
bind_ip=None,
bind_port=None,
use_vpn=False)
user_as.update_attachments([att_conf])
return user_as
