def setUpClass(cls):
super(ComputeAdminFixture, cls).setUpClass()
# Setup admin client
auth_config = ComputeAdminAuthConfig()
user_config = ComputeAdminUserConfig()
access_data = AuthProvider.get_access_data(auth_config, user_config)
admin_endpoint_config = ComputeAdminEndpointConfig()
compute_service = access_data.get_service(
admin_endpoint_config.compute_endpoint_name)
url = compute_service.get_endpoint(
admin_endpoint_config.region).public_url
cls.admin_flavors_client = FlavorsClient(url, access_data.token.id_,
'json', 'json')
cls.admin_servers_client = ServersClient(url, access_data.token.id_,
'json', 'json')
cls.admin_server_behaviors = ServerBehaviors(cls.admin_servers_client,
cls.servers_config,
cls.images_config,
cls.flavors_config)
cls.admin_images_client = ImagesClient(url, access_data.token.id_,
'json', 'json')
cls.admin_images_behaviors = ImageBehaviors(cls.admin_images_client,
cls.admin_servers_client,
cls.images_config)
cls.admin_hosts_client = HostsClient(url, access_data.token.id_,
'json', 'json')
cls.admin_quotas_client = QuotasClient(url, access_data.token.id_,
'json', 'json')
cls.admin_servers_client.add_exception_handler(ExceptionHandler())
def setUpClass(cls):
super(AuthorizationTests, cls).setUpClass()
cls.metadata = {'meta_key_1': 'meta_value_1',
'meta_key_2': 'meta_value_2'}
cls.server = cls.server_behaviors.create_active_server(
metadata=cls.metadata).entity
cls.resources.add(cls.server.id, cls.servers_client.delete_server)
image_name = rand_name('testimage')
cls.image_meta = {'key1': 'value1', 'key2': 'value2'}
image_resp = cls.servers_client.create_image(cls.server.id,
image_name,
cls.image_meta)
assert image_resp.status_code == 202
cls.image_id = cls.parse_image_id(image_resp)
cls.image_behaviors.wait_for_image_status(
cls.image_id, NovaImageStatusTypes.ACTIVE)
cls.resources.add(cls.image_id, cls.images_client.delete_image)
secondary_user = ComputeAuthorizationConfig()
access_data = AuthProvider.get_access_data(cls.endpoint_config,
secondary_user)
compute_service = access_data.get_service(
cls.compute_endpoint.compute_endpoint_name)
url = compute_service.get_endpoint(
cls.compute_endpoint.region).public_url
cls.flavors_client = FlavorsClient(url, access_data.token.id_,
'json', 'json')
cls.servers_client = ServersClient(url, access_data.token.id_,
'json', 'json')
cls.images_client = ImagesClient(url, access_data.token.id_,
'json', 'json')
cls.flavors_client.add_exception_handler(ExceptionHandler())
def setUpClass(cls):
super(ComputeAdminFixture, cls).setUpClass()
# Setup admin client
auth_config = ComputeAdminAuthConfig()
user_config = ComputeAdminUserConfig()
access_data = AuthProvider.get_access_data(auth_config,
user_config)
admin_endpoint_config = ComputeAdminEndpointConfig()
compute_service = access_data.get_service(
admin_endpoint_config.compute_endpoint_name)
url = compute_service.get_endpoint(
admin_endpoint_config.region).public_url
client_args = {'url': url, 'auth_token': access_data.token.id_,
'serialize_format': cls.marshalling.serializer,
'deserialize_format': cls.marshalling.deserializer}
cls.admin_flavors_client = FlavorsClient(**client_args)
cls.admin_servers_client = ServersClient(**client_args)
cls.admin_images_client = ImagesClient(**client_args)
cls.admin_hosts_client = HostsClient(**client_args)
cls.admin_quotas_client = QuotasClient(**client_args)
cls.admin_hypervisors_client = HypervisorsClient(**client_args)
cls.admin_server_behaviors = ServerBehaviors(cls.admin_servers_client,
cls.servers_config,
cls.images_config,
cls.flavors_config)
cls.admin_images_behaviors = ImageBehaviors(cls.admin_images_client,
cls.admin_servers_client,
cls.images_config)
cls.admin_servers_client.add_exception_handler(ExceptionHandler())
def setUpClass(cls):
super(ComputeFixture, cls).setUpClass()
cls.flavors_config = FlavorsConfig()
cls.images_config = ImagesConfig()
cls.servers_config = ServersConfig()
cls.compute_endpoint = ComputeEndpointConfig()
cls.marshalling = MarshallingConfig()
cls.config_drive_config = ConfigDriveConfig()
cls.flavor_ref = cls.flavors_config.primary_flavor
cls.flavor_ref_alt = cls.flavors_config.secondary_flavor
cls.image_ref = cls.images_config.primary_image
cls.image_ref_alt = cls.images_config.secondary_image
cls.disk_path = cls.servers_config.instance_disk_path
cls.endpoint_config = UserAuthConfig()
cls.user_config = UserConfig()
access_data = AuthProvider.get_access_data(cls.endpoint_config,
cls.user_config)
# If authentication fails, halt
if access_data is None:
cls.assertClassSetupFailure('Authentication failed.')
compute_service = access_data.get_service(
cls.compute_endpoint.compute_endpoint_name)
url = compute_service.get_endpoint(
cls.compute_endpoint.region).public_url
# If a url override was provided, use that value instead
if cls.compute_endpoint.compute_endpoint_url:
url = '{0}/{1}'.format(cls.compute_endpoint.compute_endpoint_url,
cls.user_config.tenant_id)
client_args = {'url': url, 'auth_token': access_data.token.id_,
'serialize_format': cls.marshalling.serializer,
'deserialize_format': cls.marshalling.deserializer}
cls.flavors_client = FlavorsClient(**client_args)
cls.servers_client = ServersClient(**client_args)
cls.images_client = ImagesClient(**client_args)
cls.keypairs_client = KeypairsClient(**client_args)
cls.security_groups_client = SecurityGroupsClient(**client_args)
cls.security_group_rule_client = SecurityGroupRulesClient(
**client_args)
cls.rescue_client = RescueClient(**client_args)
cls.vnc_client = VncConsoleClient(**client_args)
cls.console_output_client = ConsoleOutputClient(**client_args)
cls.server_behaviors = ServerBehaviors(cls.servers_client,
cls.servers_config,
cls.images_config,
cls.flavors_config)
cls.image_behaviors = ImageBehaviors(cls.images_client,
cls.servers_client,
cls.images_config)
cls.config_drive_behaviors = ConfigDriveBehaviors(cls.servers_client,
cls.servers_config,
cls.server_behaviors)
cls.flavors_client.add_exception_handler(ExceptionHandler())
cls.resources = ResourcePool()
def setUpClass(cls):
super(TestFixedIPsMultiple, cls).setUpClass()
network_name = 'network_{0}'.format(cls.NAMES_PREFIX)
cls.network = cls.create_server_network(name=network_name, ipv4=True)
cls.delete_networks.append(cls.network.id)
keypair_name = 'key_{0}'.format(cls.NAMES_PREFIX)
cls.keypair = cls.create_keypair(name=keypair_name)
cls.delete_keypairs.append(cls.keypair.name)
svr_name = 'svr_{0}'.format(cls.NAMES_PREFIX)
network_ids = [
cls.public_network_id, cls.service_network_id, cls.network.id
]
cls.server = cls.create_test_server(name=svr_name,
key_name=cls.keypair.name,
network_ids=network_ids,
active_server=False)
cls.server_persona = ServerPersona(server=cls.server,
pnet=True,
snet=True,
inet=True,
pnet_fix_ipv4_count=1,
snet_fix_ipv4_count=1,
inet_fix_ipv4_count=1,
network=cls.network,
keypair=cls.keypair,
ssh_username='******')
server_ids = [cls.server_persona.server.id]
cls.delete_servers.extend(server_ids)
cls.pub_net_id = cls.public_network_id
cls.pri_net_id = cls.service_network_id
cls.iso_net_id = cls.network.id
cls.initial_pub_ip = cls.server_persona.pnet_fix_ipv4
cls.initial_pri_ip = cls.server_persona.snet_fix_ipv4
cls.initial_iso_ip = cls.server_persona.inet_fix_ipv4
# Initial IPv4 counts, update as needed if using a specific server
cls.ini_ips_count = 1
# Multiple fixed IPs to add
cls.FIXED_IPS_TO_ADD = cls.net.config.multiple_fixed_ips_to_add
admin_user = ComputeAdminUserConfig()
compute_admin_endpoint = ComputeAdminEndpointConfig()
auth_endpoint_config = ComputeAdminAuthConfig()
access_data = AuthProvider.get_access_data(auth_endpoint_config,
admin_user)
compute_service = access_data.get_service(
compute_admin_endpoint.compute_endpoint_name)
url = compute_service.get_endpoint(
compute_admin_endpoint.region).public_url
cls.servers_client = ServersClient(url, access_data.token.id_, 'json',
'json')
cls.add_msg = ('Unable to add a {0} network fixed IP to server {1} '
'Response: {2}')
cls.rem_msg = ('Unable to remove a {0} network fixed IP of server {1} '
'Response: {2}')
def setUpClass(cls):
super(ComputeFixture, cls).setUpClass()
cls.flavors_config = FlavorsConfig()
cls.images_config = ImagesConfig()
cls.servers_config = ServersConfig()
cls.compute_endpoint = ComputeEndpointConfig()
cls.flavor_ref = cls.flavors_config.primary_flavor
cls.flavor_ref_alt = cls.flavors_config.secondary_flavor
cls.image_ref = cls.images_config.primary_image
cls.image_ref_alt = cls.images_config.secondary_image
cls.disk_path = cls.servers_config.instance_disk_path
cls.endpoint_config = UserAuthConfig()
user_config = UserConfig()
access_data = AuthProvider.get_access_data(cls.endpoint_config,
user_config)
compute_service = access_data.get_service(
cls.compute_endpoint.compute_endpoint_name)
url = compute_service.get_endpoint(
cls.compute_endpoint.region).public_url
cls.flavors_client = FlavorsClient(url, access_data.token.id_, 'json',
'json')
cls.servers_client = ServersClient(url, access_data.token.id_, 'json',
'json')
cls.images_client = ImagesClient(url, access_data.token.id_, 'json',
'json')
cls.keypairs_client = KeypairsClient(url, access_data.token.id_,
'json', 'json')
cls.sec_groups_client = SecurityGroupsClient(url,
access_data.token.id_,
'json', 'json')
cls.rescue_client = RescueClient(url, access_data.token.id_, 'json',
'json')
cls.server_behaviors = ServerBehaviors(cls.servers_client,
cls.servers_config,
cls.images_config,
cls.flavors_config)
cls.image_behaviors = ImageBehaviors(cls.images_client,
cls.servers_client,
cls.images_config)
cls.flavors_client.add_exception_handler(ExceptionHandler())
cls.resources = ResourcePool()
def setUpClass(cls):
"""
Perform actions that setup the necessary resources for testing.
The following resources are created during this setup:
- Creates an active server with metadata.
- Creates an image with metadata and waits for active status.
"""
super(AuthorizationTests, cls).setUpClass()
cls.metadata = {
'meta_key_1': 'meta_value_1',
'meta_key_2': 'meta_value_2'
}
cls.server = cls.server_behaviors.create_active_server(
metadata=cls.metadata).entity
cls.resources.add(cls.server.id, cls.servers_client.delete_server)
image_name = rand_name('testimage')
cls.image_meta = {'user_key1': 'value1', 'user_key2': 'value2'}
image_resp = cls.servers_client.create_image(cls.server.id, image_name,
cls.image_meta)
assert image_resp.status_code == 202
cls.image_id = cls.parse_image_id(image_resp)
cls.image_behaviors.wait_for_image_status(cls.image_id,
NovaImageStatusTypes.ACTIVE)
cls.resources.add(cls.image_id, cls.images_client.delete_image)
secondary_user = ComputeAuthorizationConfig()
compute_endpoint = ComputeEndpointConfig()
auth_endpoint_config = UserAuthConfig()
access_data = AuthProvider.get_access_data(auth_endpoint_config,
secondary_user)
compute_service = access_data.get_service(
compute_endpoint.compute_endpoint_name)
url = compute_service.get_endpoint(compute_endpoint.region).public_url
cls.flavors_client = FlavorsClient(url, access_data.token.id_, 'json',
'json')
cls.servers_client = ServersClient(url, access_data.token.id_, 'json',
'json')
cls.images_client = ImagesClient(url, access_data.token.id_, 'json',
'json')
cls.flavors_client.add_exception_handler(ExceptionHandler())
def __init__(self):
self.compute_auth_composite = _ComputeAuthComposite()
self.config = ServersConfig()
self.client = ServersClient(**self.compute_auth_composite.client_args)
self.behaviors = None
def setUpClass(cls):
super(ImagesIntegrationFixture, cls).setUpClass()
cls.object_storage_client = cls.client
cls.object_storage_behaviors = cls.behaviors
# Work around to create compute/obj storage additional user composites
auth_endpoint_config = UserAuthConfig()
compute_endpoint = ComputeEndpointConfig()
images_config = ImagesConfig()
flavors_config = FlavorsConfig()
marshalling_config = MarshallingConfig()
object_storage_config = ObjectStorageConfig()
object_storage_api_config = ObjectStorageAPIConfig()
servers_config = ServersConfig()
user_config_alt_one = AltOneUserConfig()
access_data_alt_one = AuthProvider.get_access_data(
auth_endpoint_config, user_config_alt_one)
# Create compute clients and behaviors for alt_one user
compute_service_alt_one = access_data_alt_one.get_service(
compute_endpoint.compute_endpoint_name)
compute_url_check_alt_one = compute_service_alt_one.get_endpoint(
compute_endpoint.region)
# If compute endpoint validation fails, fail immediately
if compute_url_check_alt_one is None:
cls.assertClassSetupFailure('Compute endpoint validation failed')
compute_url_alt_one = compute_service_alt_one.get_endpoint(
compute_endpoint.region).public_url
cls.compute_alt_one_images_client = ComputeImagesClient(
compute_url_alt_one, access_data_alt_one.token.id_,
marshalling_config.serializer, marshalling_config.deserializer)
cls.compute_alt_one_servers_client = ServersClient(
compute_url_alt_one, access_data_alt_one.token.id_,
marshalling_config.serializer, marshalling_config.deserializer)
cls.compute_alt_one_images_behaviors = ComputeImageBehaviors(
images_client=cls.compute_alt_one_images_client,
servers_client=cls.compute_alt_one_servers_client,
config=images_config)
cls.compute_alt_one_servers_behaviors = ServerBehaviors(
servers_client=cls.compute_alt_one_servers_client,
images_client=cls.compute_alt_one_images_client,
servers_config=servers_config, images_config=images_config,
flavors_config=flavors_config)
# Create object storage client and behaviors for alt_one user
object_storage_service_alt_one = access_data_alt_one.get_service(
object_storage_config.identity_service_name)
object_storage_url_check_alt_one = (
object_storage_service_alt_one.get_endpoint(
object_storage_config.region))
# If endpoint validation fails, fail immediately
if object_storage_url_check_alt_one is None:
cls.assertClassSetupFailure('Endpoint validation failed')
storage_url_alt_one = object_storage_service_alt_one.get_endpoint(
object_storage_config.region).public_url
cls.object_storage_alt_one_client = ObjectStorageAPIClient(
storage_url_alt_one, access_data_alt_one.token.id_)
cls.object_storage_alt_one_behaviors = ObjectStorageAPI_Behaviors(
cls.object_storage_alt_one_client, object_storage_api_config)
# Needed in order to allow assertions on exceptions
cls.compute.flavors.client.delete_exception_handler(
cls.compute_exception_handler)
class TestFixedIPsConnectivity(NetworkingComputeFixture, ScenarioMixin):
"""
Testing connectivity between servers by adding fixed ips to existing
servers.
"""
NAMES_PREFIX = 'fixed_ips_connectivity'
PRIVATE_KEY_PATH = '/root/pkey'
MAX_RETRIES = 5
admin_user = ComputeAdminUserConfig()
compute_admin_endpoint = ComputeAdminEndpointConfig()
auth_endpoint_config = ComputeAdminAuthConfig()
access_data = AuthProvider.get_access_data(auth_endpoint_config,
admin_user)
compute_service = access_data.get_service(
compute_admin_endpoint.compute_endpoint_name)
url = compute_service.get_endpoint(
compute_admin_endpoint.region).public_url
servers_client = ServersClient(url, access_data.token.id_, 'json', 'json')
SSH_COMMAND = ('ssh -o UserKnownHostsFile=/dev/null '
'-o StrictHostKeyChecking=no -o ConnectTimeout=60 '
'-i {private_key_path} {user}@{ip_address}')
ssh_msg = ('Failed remote ssh connection from ' 'server {0} to server {1}')
@classmethod
def setUpClass(cls):
super(TestFixedIPsConnectivity, cls).setUpClass()
network_name = 'network_{0}'.format(cls.NAMES_PREFIX)
cls.network = cls.create_server_network(name=network_name, ipv4=True)
cls.delete_networks.append(cls.network.id)
keypair_name = 'key_{0}'.format(cls.NAMES_PREFIX)
cls.keypair = cls.create_keypair(name=keypair_name)
cls.delete_keypairs.append(cls.keypair.name)
svr_name_1 = 'svr_1_{0}'.format(cls.NAMES_PREFIX)
svr_name_2 = 'svr_2_{0}'.format(cls.NAMES_PREFIX)
network_ids = [
cls.public_network_id, cls.service_network_id, cls.network.id
]
cls.server1 = cls.create_test_server(name=svr_name_1,
key_name=cls.keypair.name,
network_ids=network_ids,
active_server=False)
cls.server2 = cls.create_test_server(name=svr_name_2,
key_name=cls.keypair.name,
network_ids=network_ids,
active_server=False)
cls.servers = [cls.server1, cls.server2]
cls.FIXED_IPS_TO_ADD = cls.net.config.fixed_ips_to_add
cls.PNET_FIX_IPv4_COUNT = cls.FIXED_IPS_TO_ADD + 1
cls.SNET_FIX_IPv4_COUNT = cls.FIXED_IPS_TO_ADD + 1
cls.INET_FIX_IPv4_COUNT = cls.FIXED_IPS_TO_ADD + 1
cls.TOTAL_INITIAL_IPS_SERVER = 3
cls.TOTAL_NETWORKS_ATTACHED_TO_SERVER = 3
cls.TOTAL_IPS_SERVER = cls.TOTAL_INITIAL_IPS_SERVER + \
(cls.FIXED_IPS_TO_ADD * cls.TOTAL_NETWORKS_ATTACHED_TO_SERVER)
# Add fixed IPs to servers
for server in cls.servers:
cls.add_fixed_ips_network(server,
cls.public_network_id,
number_fixed_ips=cls.FIXED_IPS_TO_ADD)
cls.add_fixed_ips_network(server,
cls.service_network_id,
number_fixed_ips=cls.FIXED_IPS_TO_ADD)
cls.add_fixed_ips_network(server,
cls.network.id,
number_fixed_ips=cls.FIXED_IPS_TO_ADD)
cls.server_persona1 = ServerPersona(
server=cls.server1,
pnet=True,
snet=True,
inet=True,
pnet_fix_ipv4_count=cls.PNET_FIX_IPv4_COUNT,
snet_fix_ipv4_count=cls.SNET_FIX_IPv4_COUNT,
inet_fix_ipv4_count=cls.INET_FIX_IPv4_COUNT,
network=cls.network,
keypair=cls.keypair,
ssh_username='******')
cls.server_persona2 = ServerPersona(
server=cls.server2,
pnet=True,
snet=True,
inet=True,
pnet_fix_ipv4_count=cls.PNET_FIX_IPv4_COUNT,
snet_fix_ipv4_count=cls.SNET_FIX_IPv4_COUNT,
inet_fix_ipv4_count=cls.INET_FIX_IPv4_COUNT,
network=cls.network,
keypair=cls.keypair,
ssh_username='******')
server_ids = [
cls.server_persona1.server.id, cls.server_persona2.server.id
]
cls.delete_servers.extend(server_ids)
cls._transfer_private_key_to_vm(
cls.server_persona1.remote_client.ssh_client,
cls.keypair.private_key, cls.PRIVATE_KEY_PATH)
cls._transfer_private_key_to_vm(
cls.server_persona2.remote_client.ssh_client,
cls.keypair.private_key, cls.PRIVATE_KEY_PATH)
@tags('admin', 'positive')
def test_server_ifconfig(self):
"""Testing ifconfig on servers"""
servers = [self.server_persona1, self.server_persona2]
for server in servers:
ips = []
ips.extend(server.pnet_fix_ipv4)
ips.extend(server.snet_fix_ipv4)
ips.extend(server.inet_fix_ipv4)
rm_client = server.remote_client
ifconfig_ips = []
stdout = None
retry_count = 0
while stdout is None or len(ifconfig_ips) != self.TOTAL_IPS_SERVER:
del ifconfig_ips[:]
if retry_count < self.MAX_RETRIES:
ifconfig_output = rm_client.ssh_client.\
execute_shell_command("hostname -I")
stdout = ifconfig_output.stdout
pattern = re.compile(r'\d{1,3}\.\d{1,3}\.\d{1,3}\.\d{1,3}')
matches = pattern.finditer(stdout)
for match in matches:
ifconfig_ips.append(match.group())
if len(ifconfig_ips) == self.TOTAL_IPS_SERVER or \
retry_count == self.MAX_RETRIES:
break
retry_count += 1
server_ip_not_found = False
for ip in ips:
if ip not in ifconfig_ips:
server_ip_not_found = True
break
self.assertFalse(server_ip_not_found,
msg="server {} ip {} not found in output of "
"ifconfig {}".format(server, ip, ifconfig_ips))
@tags('admin', 'positive')
def test_public_ping(self):
"""Testing ping on servers with public network"""
msg_err = 'Public ping to IP address {0} - FAILED'
msg_ok = 'Public ping to IP address {0} - OK'
pub_ipv4_addr = []
pub_ipv4_addr.extend(self.server_persona1.pnet_fix_ipv4)
pub_ipv4_addr.extend(self.server_persona2.pnet_fix_ipv4)
all_pub_ips_ping_result = []
failure_flag = False
for ip_addr in pub_ipv4_addr:
ip_addr_reachable = PingClient.ping(ip_addr, 4)
if ip_addr_reachable:
all_pub_ips_ping_result.append(msg_ok.format(ip_addr))
else:
all_pub_ips_ping_result.append(msg_err.format(ip_addr))
failure_flag = True
msg = 'Got connectivity failures. Ping Results: {0}'
# Fail the test if any ping failure is found
self.assertFalse(failure_flag, msg.format(all_pub_ips_ping_result))
@tags('admin', 'positive')
def test_remote_public_ping(self):
"""Testing public network remote ping on servers"""
self._test_remote_ping(port_type='pnet')
@tags('admin', 'positive')
def test_remote_private_ping(self):
"""Testing private network remote ping on servers"""
self._test_remote_ping(port_type='snet')
@tags('admin', 'positive')
def test_remote_isolated_ping(self):
"""Testing isolated network remote ping on servers"""
self._test_remote_ping(port_type='inet')
def _test_remote_ping(self, port_type):
"""Testing remote ping on servers"""
conn = Connectivity(self.server_persona2, self.server_persona1)
icmp_basic = dict(port_type=port_type, protocol='icmp', ip_version=4)
rp = conn.verify_personas_conn(**icmp_basic)
result = rp[0]
ping_result = result['connection']
self.assertTrue(ping_result, rp)
@tags('admin', 'positive')
def test_remote_public_ssh(self):
"""Testing Public remote ssh on servers"""
self._test_remote_ssh(self.server_persona1.pnet_fix_ipv4[0])
@tags('admin', 'positive')
def test_remote_private_ssh(self):
"""Testing ServiceNet remote ssh on servers"""
self._test_remote_ssh(self.server_persona1.snet_fix_ipv4[0])
@tags('admin', 'positive')
def test_remote_isolated_ssh(self):
"""Testing isolated network A remote ssh on servers"""
self._test_remote_ssh(self.server_persona1.inet_fix_ipv4[0])
def _test_remote_ssh(self, target_ip_addr):
"""Testing remote ssh on servers"""
rc2 = self.server_persona2.remote_client
ssh_cmd = self.SSH_COMMAND.format(
private_key_path=self.PRIVATE_KEY_PATH,
user=self.server_persona1.ssh_username,
ip_address=target_ip_addr)
stdout = None
ssh_connection_established = False
retry_count = 0
while stdout is None or not stdout.endswith('# '):
if retry_count < self.MAX_RETRIES:
output = rc2.ssh_client.execute_shell_command(ssh_cmd)
stdout = output.stdout
retry_count += 1
if retry_count == self.MAX_RETRIES:
break
if stdout.endswith('# '):
ssh_connection_established = True
self.assertTrue(
ssh_connection_established,
self.ssh_msg.format(self.server_persona2.pnet_fix_ipv4[0],
target_ip_addr))
@classmethod
def add_fixed_ips_network(cls, server, network, number_fixed_ips):
# Add fixed IP's to server
for _ in range(number_fixed_ips):
cls.servers_client.add_fixed_ip(server.id, network)
def setUpClass(cls):
"""
Initialize autoscale configs, behaviors and client
"""
super(AutoscaleFixture, cls).setUpClass()
cls.resources = ResourcePool()
cls.autoscale_config = AutoscaleConfig()
cls.endpoint_config = UserAuthConfig()
user_config = UserConfig()
access_data = AuthProvider.get_access_data(cls.endpoint_config,
user_config)
server_service = access_data.get_service(
cls.autoscale_config.server_endpoint_name)
load_balancer_service = access_data.get_service(
cls.autoscale_config.load_balancer_endpoint_name)
server_url = server_service.get_endpoint(
cls.autoscale_config.region).public_url
lbaas_url = load_balancer_service.get_endpoint(
cls.autoscale_config.region).public_url
cls.tenant_id = cls.autoscale_config.tenant_id
env = os.environ['OSTNG_CONFIG_FILE']
if ('preprod' in env.lower()) or ('dev' in env.lower()):
cls.url = str(cls.autoscale_config.server_endpoint) + '/' + str(
cls.tenant_id)
else:
autoscale_service = access_data.get_service(
cls.autoscale_config.autoscale_endpoint_name)
cls.url = autoscale_service.get_endpoint(
cls.autoscale_config.region).public_url
cls.autoscale_client = AutoscalingAPIClient(cls.url,
access_data.token.id_,
'json', 'json')
cls.server_client = ServersClient(server_url, access_data.token.id_,
'json', 'json')
cls.lbaas_client = LbaasAPIClient(lbaas_url, access_data.token.id_,
'json', 'json')
cls.autoscale_behaviors = AutoscaleBehaviors(cls.autoscale_config,
cls.autoscale_client)
cls.gc_name = cls.autoscale_config.gc_name
cls.gc_cooldown = int(cls.autoscale_config.gc_cooldown)
cls.gc_min_entities = int(cls.autoscale_config.gc_min_entities)
cls.gc_min_entities_alt = int(cls.autoscale_config.gc_min_entities_alt)
cls.gc_max_entities = int(cls.autoscale_config.gc_max_entities)
cls.lc_name = cls.autoscale_config.lc_name
cls.lc_flavor_ref = cls.autoscale_config.lc_flavor_ref
cls.lc_image_ref = cls.autoscale_config.lc_image_ref
cls.lc_image_ref_alt = cls.autoscale_config.lc_image_ref_alt
cls.sp_name = rand_name(cls.autoscale_config.sp_name)
cls.sp_cooldown = int(cls.autoscale_config.sp_cooldown)
cls.sp_change = int(cls.autoscale_config.sp_change)
cls.sp_change_percent = int(cls.autoscale_config.sp_change_percent)
cls.sp_desired_capacity = int(cls.autoscale_config.sp_desired_capacity)
cls.sp_policy_type = cls.autoscale_config.sp_policy_type
cls.upd_sp_change = int(cls.autoscale_config.upd_sp_change)
cls.lc_load_balancers = cls.autoscale_config.lc_load_balancers
cls.sp_list = cls.autoscale_config.sp_list
cls.wb_name = rand_name(cls.autoscale_config.wb_name)
cls.load_balancer_1 = int(cls.autoscale_config.load_balancer_1)
cls.load_balancer_2 = int(cls.autoscale_config.load_balancer_2)
cls.load_balancer_3 = int(cls.autoscale_config.load_balancer_3)
cls.lb_other_region = int(cls.autoscale_config.lb_other_region)
cls.interval_time = int(cls.autoscale_config.interval_time)
cls.timeout = int(cls.autoscale_config.timeout)
cls.scheduler_interval = OtterConstants.SCHEDULER_INTERVAL
cls.scheduler_batch = OtterConstants.SCHEDULER_BATCH
cls.max_maxentities = OtterConstants.MAX_MAXENTITIES
cls.max_cooldown = OtterConstants.MAX_COOLDOWN
cls.max_groups = OtterConstants.MAX_GROUPS
cls.max_policies = OtterConstants.MAX_POLICIES
cls.max_webhooks = OtterConstants.MAX_WEBHOOKS
cls.limit_value_all = OtterConstants.LIMIT_VALUE_ALL
cls.limit_unit_all = OtterConstants.LIMIT_UNIT_ALL
cls.limit_value_webhook = OtterConstants.LIMIT_VALUE_WEBHOOK
cls.limit_unit_webhook = OtterConstants.LIMIT_UNIT_WEBHOOK
cls.non_autoscale_username = cls.autoscale_config.non_autoscale_username
cls.non_autoscale_password = cls.autoscale_config.non_autoscale_password
cls.non_autoscale_tenant = cls.autoscale_config.non_autoscale_tenant
def setUpClass(cls):
super(ComputeIntegrationFixture, cls).setUpClass()
cls.flavors_config = FlavorsConfig()
cls.servers_config = ServersConfig()
cls.compute_endpoint = ComputeEndpointConfig()
# Instantiate servers client
compute_service = cls.access_data.get_service(
cls.compute_endpoint.compute_endpoint_name)
alt_compute_service = cls.alt_access_data.get_service(
cls.compute_endpoint.compute_endpoint_name)
compute_url_check = compute_service.get_endpoint(
cls.compute_endpoint.region)
alt_compute_url_check = alt_compute_service.get_endpoint(
cls.compute_endpoint.region)
# If compute endpoint validation fails, fail immediately
if compute_url_check is None:
cls.assertClassSetupFailure('Compute endpoint validation failed')
# If compute endpoint validation fails, fail immediately
if alt_compute_url_check is None:
cls.assertClassSetupFailure('Compute endpoint validation failed')
cls.compute_url = compute_service.get_endpoint(
cls.compute_endpoint.region).public_url
cls.alt_compute_url = alt_compute_service.get_endpoint(
cls.compute_endpoint.region).public_url
client_args = {
'url': cls.compute_url,
'auth_token': cls.access_data.token.id_,
'serialize_format': cls.serialize_format,
'deserialize_format': cls.deserialize_format
}
cls.servers_client = ServersClient(**client_args)
alt_client_args = {
'url': cls.alt_compute_url,
'auth_token': cls.alt_access_data.token.id_,
'serialize_format': cls.serialize_format,
'deserialize_format': cls.deserialize_format
}
cls.alt_servers_client = ServersClient(**alt_client_args)
# Instantiate compute images client and behavior
cls.compute_images_client = ComputeImagesClient(**client_args)
cls.alt_compute_images_client = ComputeImagesClient(**alt_client_args)
cls.compute_image_behaviors = ComputeImageBehaviors(
images_client=cls.compute_images_client,
servers_client=cls.servers_client,
config=cls.images_config)
cls.alt_compute_image_behaviors = ComputeImageBehaviors(
images_client=cls.alt_compute_images_client,
servers_client=cls.alt_servers_client,
config=cls.images_config)
# Instantiate servers behavior
cls.server_behaviors = ServerBehaviors(
servers_client=cls.servers_client,
images_client=cls.compute_images_client,
servers_config=cls.servers_config,
images_config=cls.images_config,
flavors_config=cls.flavors_config)
cls.alt_server_behaviors = ServerBehaviors(
servers_client=cls.alt_servers_client,
images_client=cls.alt_compute_images_client,
servers_config=cls.servers_config,
images_config=cls.images_config,
flavors_config=cls.flavors_config)
def compute_cleanup():
# Load necessary configurations
compute_endpoint = ComputeEndpointConfig()
marshalling = MarshallingConfig()
endpoint_config = UserAuthConfig()
user_config = UserConfig()
access_data = AuthProvider.get_access_data(
endpoint_config, user_config)
# If authentication fails, halt
if access_data is None:
raise Exception('Authentication failed.')
compute_service = access_data.get_service(
compute_endpoint.compute_endpoint_name)
url = compute_service.get_endpoint(
compute_endpoint.region).public_url
# If a url override was provided, use that value instead
if compute_endpoint.compute_endpoint_url:
url = '{0}/{1}'.format(compute_endpoint.compute_endpoint_url,
user_config.tenant_id)
client_args = {'url': url, 'auth_token': access_data.token.id_,
'serialize_format': marshalling.serializer,
'deserialize_format': marshalling.deserializer}
flavors_client = FlavorsClient(**client_args)
servers_client = ServersClient(**client_args)
images_client = ImagesClient(**client_args)
keypairs_client = KeypairsClient(**client_args)
flavors_client.add_exception_handler(ExceptionHandler())
keys = keypairs_client.list_keypairs().entity
print 'Preparing to delete {count} keys...'.format(count=len(keys))
for key in keys:
try:
keypairs_client.delete_keypair(key.name)
except Exception:
print 'Failed to delete key {id}: {exception}'.format(
id=key.id, exception=traceback.format_exc())
servers = servers_client.list_servers_with_detail().entity
print 'Preparing to delete {count} servers...'.format(count=len(servers))
for server in servers:
try:
servers_client.delete_server(server.id)
except Exception:
print 'Failed to delete server {id}: {exception}'.format(
id=server.id, exception=traceback.format_exc())
images = images_client.list_images(image_type='snapshot').entity
print 'Preparing to delete {count} image snapshots...'.format(count=len(images))
for image in images:
try:
images_client.delete_image(image.id)
except Exception:
print 'Failed to delete image {id}: {exception}'.format(
id=image.id, exception=traceback.format_exc())
if raxcafe_installed:
nova_networks_client = NovaNetworksClient(**client_args)
raw_networks = nova_networks_client.list_networks().entity
# remove the public and snet networks as well as any additional
# networks to be preserved
networks = [nw for nw in raw_networks if nw.id_ not in preserved_networks]
print 'Preparing to delete {count} networks...'.format(count=len(networks))
for network in networks:
try:
nova_networks_client.delete_network(network.id_)
except Exception:
print 'Failed to delete network {id}: {exception}'.format(
id=network.id_, exception=traceback.format_exc())
def setUpClass(cls):
super(ComputeFixture, cls).setUpClass()
cls.flavors_config = FlavorsConfig()
cls.images_config = ImagesConfig()
cls.servers_config = ServersConfig()
cls.compute_endpoint = ComputeEndpointConfig()
cls.marshalling = MarshallingConfig()
cls.config_drive_config = ConfigDriveConfig()
cls.cloud_init_config = CloudInitConfig()
cls.flavor_ref = cls.flavors_config.primary_flavor
cls.flavor_ref_alt = cls.flavors_config.secondary_flavor
cls.image_ref = cls.images_config.primary_image
cls.image_ref_alt = cls.images_config.secondary_image
cls.disk_path = cls.servers_config.instance_disk_path
cls.split_ephemeral_disk_enabled = \
cls.servers_config.split_ephemeral_disk_enabled
cls.ephemeral_disk_max_size = \
cls.servers_config.ephemeral_disk_max_size
cls.disk_format_type = cls.servers_config.disk_format_type
cls.expected_networks = cls.servers_config.expected_networks
cls.file_injection_enabled = \
cls.servers_config.personality_file_injection_enabled
cls.endpoint_config = UserAuthConfig()
cls.user_config = UserConfig()
cls.access_data = AuthProvider.get_access_data(cls.endpoint_config,
cls.user_config)
# If authentication fails, halt
if cls.access_data is None:
cls.assertClassSetupFailure('Authentication failed.')
compute_service = cls.access_data.get_service(
cls.compute_endpoint.compute_endpoint_name)
url = compute_service.get_endpoint(
cls.compute_endpoint.region).public_url
# If a url override was provided, use that value instead
if cls.compute_endpoint.compute_endpoint_url:
url = '{0}/{1}'.format(cls.compute_endpoint.compute_endpoint_url,
cls.user_config.tenant_id)
client_args = {'url': url, 'auth_token': cls.access_data.token.id_,
'serialize_format': cls.marshalling.serializer,
'deserialize_format': cls.marshalling.deserializer}
cls.flavors_client = FlavorsClient(**client_args)
cls.servers_client = ServersClient(**client_args)
cls.boot_from_volume_client = VolumesBootClient(**client_args)
cls.images_client = ImagesClient(**client_args)
cls.keypairs_client = KeypairsClient(**client_args)
cls.security_groups_client = SecurityGroupsClient(**client_args)
cls.security_group_rule_client = SecurityGroupRulesClient(
**client_args)
cls.volume_attachments_client = VolumeAttachmentsAPIClient(
url=url, auth_token=cls.access_data.token.id_,
serialize_format=cls.marshalling.serializer,
deserialize_format=cls.marshalling.deserializer)
cls.rescue_client = RescueClient(**client_args)
cls.vnc_client = VncConsoleClient(**client_args)
cls.console_output_client = ConsoleOutputClient(**client_args)
cls.limits_client = LimitsClient(**client_args)
cls.server_behaviors = ServerBehaviors(
servers_client=cls.servers_client,
images_client=cls.images_client,
servers_config=cls.servers_config,
images_config=cls.images_config,
flavors_config=cls.flavors_config)
cls.volume_server_behaviors = VolumeServerBehaviors(
servers_client=cls.servers_client,
images_client=cls.images_client,
servers_config=cls.servers_config,
images_config=cls.images_config,
flavors_config=cls.flavors_config,
server_behaviors=cls.server_behaviors,
boot_from_volume_client=cls.boot_from_volume_client)
cls.image_behaviors = ImageBehaviors(cls.images_client,
cls.servers_client,
cls.images_config)
cls.config_drive_behaviors = ConfigDriveBehaviors(cls.servers_client,
cls.servers_config,
cls.server_behaviors)
cls.flavors_client.add_exception_handler(ExceptionHandler())
cls.resources = ResourcePool()
cls.addClassCleanup(cls.resources.release)
