class ResizeServerDownConfirmTests(object):
compute_config = ComputeConfig()
hypervisor = compute_config.hypervisor.lower()
@tags(type='positive', net='no')
def test_verify_confirm_resize_response(self):
pass
@tags(type='positive', net='no')
def test_server_properties_after_resize(self):
self.assertEqual(self.server.flavor.id, self.resized_flavor.id)
@tags(type='positive', net='yes')
def test_resized_server_vcpus(self):
"""Verify the number of vCPUs matches the value of the new flavor"""
remote_client = self.server_behaviors.get_remote_instance_client(
self.server, config=self.servers_config, key=self.key.private_key)
server_actual_vcpus = remote_client.get_number_of_cpus()
self.assertEqual(
server_actual_vcpus,
self.resized_flavor.vcpus,
msg="Expected number of vcpus to be {0}, was {1}.".format(
self.resized_flavor.vcpus, server_actual_vcpus))
@tags(type='positive', net='yes')
@unittest.skipIf(hypervisor == ComputeHypervisors.KVM,
'Disks do resize down for KVM.')
def test_created_server_disk_size(self):
"""Verify the size of the virtual disk matches that of the flavor"""
remote_client = self.server_behaviors.get_remote_instance_client(
self.server, config=self.servers_config, key=self.key.private_key)
disk_size = remote_client.get_disk_size(
self.servers_config.instance_disk_path)
self.assertEqual(disk_size,
self.resized_flavor.disk,
msg="Expected disk to be {0} GB, was {1} GB".format(
self.resized_flavor.disk, disk_size))
@tags(type='positive', net='yes')
def test_can_log_into_resized_server(self):
"""Tests that we can log into the server after resizing"""
remote_client = self.server_behaviors.get_remote_instance_client(
self.server, config=self.servers_config, key=self.key.private_key)
self.assertTrue(remote_client.can_authenticate(),
msg="Cannot connect to server using public ip")
@tags(type='positive', net='yes')
def test_server_ram_after_resize(self):
"""The server's RAM and should be modified to that of the new flavor"""
remote_instance = self.server_behaviors.get_remote_instance_client(
self.server, self.servers_config, key=self.key.private_key)
margin = (int(self.resized_flavor.ram) * .1)
lower_limit = int(self.resized_flavor.ram) - margin
server_ram_size = int(remote_instance.get_allocated_ram())
self.assertTrue((int(self.resized_flavor.ram) == server_ram_size
or lower_limit <= server_ram_size),
msg='Ram size after confirm-resize did not match.'
'Expected ram size : %s, Actual ram size : %s' %
(self.resized_flavor.ram, server_ram_size))
@tags(type='positive', net='no')
def test_resized_server_instance_actions(self):
"""Verify the correct actions are logged during a confirmed resize."""
actions = self.servers_client.get_instance_actions(
self.server.id).entity
# Verify the resize action is listed
self.assertTrue(any(a.action == 'resize' for a in actions))
filtered_actions = [a for a in actions if a.action == 'resize']
self.assertEquals(len(filtered_actions), 1)
resize_action = filtered_actions[0]
self.validate_instance_action(
resize_action, self.server.id, self.user_config.user_id,
self.user_config.project_id,
self.resize_resp.headers['x-compute-request-id'])
# Verify the confirm resize action is listed
self.assertTrue(any(a.action == 'confirmResize' for a in actions))
filtered_actions = [a for a in actions if a.action == 'confirmResize']
self.assertEquals(len(filtered_actions), 1)
resize_action = filtered_actions[0]
self.validate_instance_action(
resize_action, self.server.id, self.user_config.user_id,
self.user_config.project_id,
self.confirm_resize_resp.headers['x-compute-request-id'])
WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
See the License for the specific language governing permissions and
limitations under the License.
"""
import unittest
from cafe.drivers.unittest.decorators import tags
from cloudcafe.common.tools.datagen import rand_name
from cloudcafe.compute.common.types import ComputeHypervisors, \
NovaServerStatusTypes
from cloudcafe.compute.config import ComputeConfig
from cloudcafe.compute.flavors_api.config import FlavorsConfig
from cloudroast.compute.fixtures import ServerFromImageFixture
compute_config = ComputeConfig()
hypervisor = compute_config.hypervisor.lower()
flavors_config = FlavorsConfig()
resize_enabled = flavors_config.resize_enabled
can_resize = (resize_enabled and hypervisor not in [
ComputeHypervisors.IRONIC, ComputeHypervisors.LXC_LIBVIRT
])
class ResizeServerUpConfirmTests(object):
@tags(type='smoke', net='no')
def test_verify_confirm_resize_response(self):
"""
This test will pass
class ResizeServerDownConfirmTests(object):
compute_config = ComputeConfig()
hypervisor = compute_config.hypervisor.lower()
@tags(type='positive', net='no')
def test_verify_confirm_resize_response(self):
"""
This test will pass
"""
pass
@tags(type='positive', net='no')
def test_server_properties_after_resize(self):
"""
The flavor id of the resized server should be equal to the resize flavor
The following assertions occur:
- The flavor id from test configuration is equal to the flavor
id of the resized server
"""
self.assertEqual(self.server.flavor.id, self.resized_flavor.id)
@tags(type='positive', net='yes')
def test_resized_server_vcpus(self):
"""
vCPUs of resized server should be equal to the server's flavor's vCPUs
Get a remote client for the server resized during test set up. Use the
remote client to get the number of CPUs for the server. Validate that
this value is equal to the vCPUs of the flavor from test configuration.
The following validations occur:
- The vCPUs value of the flavor from test configuration is equal
to the number of CPUs on the server resized during test set up
"""
remote_client = self.server_behaviors.get_remote_instance_client(
self.server, config=self.servers_config, key=self.key.private_key)
server_actual_vcpus = remote_client.get_number_of_cpus()
self.assertEqual(
server_actual_vcpus,
self.resized_flavor.vcpus,
msg="Expected number of vcpus to be {0}, was {1}.".format(
self.resized_flavor.vcpus, server_actual_vcpus))
@tags(type='positive', net='yes')
@unittest.skipIf(hypervisor == ComputeHypervisors.KVM,
'Disks do resize down for KVM.')
def test_created_server_disk_size(self):
"""
Disk size of resized server should be match the flavor's disk size
The virtual disk size of a resized server should be equal to the disk
size of the flavor used to resize the server. Get a remote client for
the server resized during test setup. Use the remote client to get the
disk size of the server. Validate that the disk size of the server is
equal to the disk size of the flavor from test configuration.
The following assertions occur:
- The disk size of the server created during test set up is equal
to the disk size of the flavor from test configuration.
"""
remote_client = self.server_behaviors.get_remote_instance_client(
self.server, config=self.servers_config, key=self.key.private_key)
disk_size = remote_client.get_disk_size(
self.servers_config.instance_disk_path)
self.assertEqual(disk_size,
self.resized_flavor.disk,
msg="Expected disk to be {0} GB, was {1} GB".format(
self.resized_flavor.disk, disk_size))
@tags(type='positive', net='yes')
def test_can_log_into_resized_server(self):
"""
Resized server should be accessible using a remote instance client
Get a remote instance client for the server resized during test set up.
Validate that the remote instance client can authenticate to the server.
The following assertions occur:
- The remote client for the server resized during test set up
can authenticate to the server
"""
remote_client = self.server_behaviors.get_remote_instance_client(
self.server, config=self.servers_config, key=self.key.private_key)
self.assertTrue(remote_client.can_authenticate(),
msg="Cannot connect to server using public ip")
@tags(type='positive', net='yes')
def test_server_ram_after_resize(self):
"""
RAM of a resized server should be equal to the server's flavor's RAM
Get a remote instance client for the instance resized during test set
up. Calculate the minimum acceptable RAM value, this is 90% of the
RAM value of the flavor from test configuration. Validate that the
RAM of the server is equal to the RAM value of the flavor from the
test configuration or greater than/equal to the minimum RAM value
previously calculated.
The following assertions occur:
- The RAM value of the server resized during test set up is equal
to the RAM value of the flavor from test configuration or
greater than/equal to a value that is 90% of the RAM value of the
flavor from test configuration
"""
remote_instance = self.server_behaviors.get_remote_instance_client(
self.server, self.servers_config, key=self.key.private_key)
margin = (int(self.resized_flavor.ram) * .1)
lower_limit = int(self.resized_flavor.ram) - margin
server_ram_size = int(remote_instance.get_allocated_ram())
self.assertTrue((int(self.resized_flavor.ram) == server_ram_size
or lower_limit <= server_ram_size),
msg='Ram size after confirm-resize did not match.'
'Expected ram size : %s, Actual ram size : %s' %
(self.resized_flavor.ram, server_ram_size))
@tags(type='positive', net='no')
def test_resized_server_instance_actions(self):
"""
Verify the correct actions are logged during a server resize.
Get the list of all actions that the server has taken from the Nova API.
Filter the list so that only the actions 'resize' remain. Validate that
the list of filtered actions has a length of 1 (that only 1 resize
action has been performed.) Validate that the values of the identified
create action match the values returned in the create server response
received during test setup. Filter the list so that only the actions
'confirmResize' remain. Validate that the list of filtered actions has a
length of 1 (that only 1 confirmResize action has been performed.)
Validate that the values of the identified create action match the
values returned in the create server response received during test
setup.
The following assertions occur:
- The list of actions that match 'resize' has only one item
- The values for the resize action match the values received in
response to the create request
- The list of actions that match 'confirmResize' has only one item
- The values for the confirmResize action match the values received
in response to the resize request
"""
actions = self.servers_client.get_instance_actions(
self.server.id).entity
# Verify the resize action is listed
self.assertTrue(any(a.action == 'resize' for a in actions))
filtered_actions = [a for a in actions if a.action == 'resize']
self.assertEquals(len(filtered_actions), 1)
resize_action = filtered_actions[0]
self.validate_instance_action(
resize_action, self.server.id, self.compute.user.user_id,
self.compute.user.project_id,
self.resize_resp.headers['x-compute-request-id'])
# Verify the confirm resize action is listed
self.assertTrue(any(a.action == 'confirmResize' for a in actions))
filtered_actions = [a for a in actions if a.action == 'confirmResize']
self.assertEquals(len(filtered_actions), 1)
resize_action = filtered_actions[0]
self.validate_instance_action(
resize_action, self.server.id, self.compute.user.user_id,
self.compute.user.project_id,
self.confirm_resize_resp.headers['x-compute-request-id'])
class ServersTest(ComputeFixture):
compute_config = ComputeConfig()
hypervisor = compute_config.hypervisor.lower()
DEFAULT_PSWD_LENGTH = 24
@unittest.skipIf(
hypervisor in [ComputeHypervisors.KVM, ComputeHypervisors.QEMU],
'Password authentication disabled.')
@tags(type='positive', net='yes')
def test_create_server_with_admin_password(self):
"""
Creates a server with an admin password to be used as root's password.
This will set the server that is created with the root password of
oldslice129690TuG72Bgj2. Calls cloudcafe's server behaviors get
remote instance client with the password to validate that it can
authenticate wth password.
The following assertions occur:
- Defined password is the same as the admin password.
- get_remote_instance_client has a true value for can_authenticate
"""
admin_password = '******'
response = self.server_behaviors.create_active_server(
admin_pass=admin_password)
server = response.entity
self.resources.add(server.id,
self.servers_client.delete_server)
self.assertEqual(admin_password, server.admin_pass)
remote_client = self.server_behaviors.get_remote_instance_client(
server, self.servers_config, password=admin_password,
auth_strategy=InstanceAuthStrategies.PASSWORD)
self.assertTrue(remote_client.can_authenticate(),
msg="Cannot authenticate to the server.")
@tags(type='positive', net='yes')
def test_create_server_with_default_password(self):
"""
Creates a server with a default password set by the provisioning
algorithm.
This will set the server that is created with a default password
with a length of 24 characters. Calls cloudcafe's server behaviors get
remote instance client with the password to validate that it can
authenticate wth password.
The following assertions occur:
- Default password is the correct length.
- get_remote_instance_client has a true value for can_authenticate
Design Change: https://jira.rax.io/browse/VIRT-3004
"""
border = '*' * 65
self.fixture_log.info("\n\n{BORDER}\nCreate a server with a default "
"password\n{BORDER}\n\n".format(BORDER=border))
response = self.server_behaviors.create_active_server()
server = response.entity
self.resources.add(server.id, self.servers_client.delete_server)
# Record expectations and results
self.fixture_log.info(
"\n\n{BORDER}\n"
"Validate Password Length:\n"
"\tEXPECTED PSWD LENGTH: {EXP}\n"
"\tACTUAL PSWD LENGTH: {ACT}\n"
"{BORDER}\n\n".format(
EXP=self.DEFAULT_PSWD_LENGTH, ACT=len(server.admin_pass),
BORDER=border))
self.assertEqual(
len(server.admin_pass), self.DEFAULT_PSWD_LENGTH,
"Actual length ({ACTUAL}) does not match the expected length "
"({EXPECTED})".format(
EXPECTED=self.DEFAULT_PSWD_LENGTH,
ACTUAL=len(server.admin_pass)))
self.fixture_log.info(
"\n\n{BORDER}\nVerify admin password can be used to log "
"in.\n{BORDER}\n\n".format(BORDER=border))
remote_client = self.server_behaviors.get_remote_instance_client(
server, self.servers_config, password=server.admin_pass,
auth_strategy=InstanceAuthStrategies.PASSWORD)
self.assertTrue(remote_client.can_authenticate(),
msg="Cannot authenticate to the server.")
self.fixture_log.info(
"\n\n{BORDER}\nPassword accepted. Test PASSES.\n{BORDER}"
"\n\n".format(BORDER=border))
@tags(type='positive', net='no')
def test_update_server(self):
"""
Creates a server and then updates the name, ipv4 and ipv6 values.
Will call the create_active_server from server behaviors, then call
update_server from cloudcafe's server_client passing in the newly
created server's id, new random name, ipv4 address 192.168.32.16 and
ipv6 address 3ffe:1900:4545:3:200:f8ff:fe21:67cf and then waiting for
the server to make it to active status. Calling get_server to validate
the updates occurred correctly
The following assertions occur:
- Server name was updated with new random name.
- Server's IPV4 address is 192.168.32.16.
- Server's IPV6 address is 3ffe:1900:4545:3:200:f8ff:fe21:67cf.
- Server's creation date is still the same as the original.
- Server's updated date is not the same as the original.
"""
response = self.server_behaviors.create_active_server()
original_server = response.entity
self.resources.add(
original_server.id, self.servers_client.delete_server)
# Use server bookmark's link to update the server
new_name = rand_name("testserver")
accessIPv4 = '192.168.32.16'
accessIPv6 = '3ffe:1900:4545:3:200:f8ff:fe21:67cf'
updated_server_response = self.servers_client.update_server(
original_server.id, new_name, accessIPv4=accessIPv4,
accessIPv6=accessIPv6)
updated_server = updated_server_response.entity
self.server_behaviors.wait_for_server_status(
updated_server.id, NovaServerStatusTypes.ACTIVE)
# Verify the name and access ips of the server have changed
server = self.servers_client.get_server(updated_server.id).entity
self.assertEqual(new_name, server.name,
msg="The server name was not updated")
self.assertEqual(accessIPv4, server.accessIPv4,
msg="AccessIPv4 address was not updated")
self.assertEqual(accessIPv6, server.accessIPv6,
msg="AccessIPv6 address was not updated")
self.assertEqual(server.created, updated_server.created,
msg="The server creation date was updated")
self.assertNotEqual(
server.updated, original_server.updated,
msg="Updated time for server {server_id} "
"did not change after a modification to the server.".format(
server_id=server.id))
class CreateServerTest(object):
compute_config = ComputeConfig()
hypervisor = compute_config.hypervisor.lower()
servers_config = ServersConfig()
file_injection_enabled = servers_config.personality_file_injection_enabled
@tags(type='smoke', net='no')
def test_create_server_response(self):
"""Verify the parameters are correct in the initial response"""
self.assertTrue(self.server.id is not None,
msg="Server id was not set in the response")
self.assertTrue(self.server.admin_pass is not None,
msg="Admin password was not set in the response")
self.assertTrue(self.server.links is not None,
msg="Server links were not set in the response")
@tags(type='smoke', net='no')
def test_created_server_fields(self):
"""Verify that a created server has all expected fields"""
message = "Expected {0} to be {1}, was {2}."
self.assertEqual(self.server.name,
self.name,
msg=message.format('server name', self.server.name,
self.name))
self.assertEqual(self.server.flavor.id,
self.flavor_ref,
msg=message.format('flavor id', self.flavor_ref,
self.server.flavor.id))
self.assertTrue(self.server.created is not None,
msg="Expected server created date to be set")
self.assertTrue(self.server.updated is not None,
msg="Expected server updated date to be set.")
self.assertGreaterEqual(self.server.updated,
self.server.created,
msg='Expected server updated date to be'
'after the created date.')
@tags(type='smoke', net='no')
def test_server_addresses(self):
"""
The server should have the expected network configuration.
"""
addresses = self.server.addresses
for name, ip_addresses in self.expected_networks.iteritems():
network = addresses.get_by_name(name)
if ip_addresses.get('v4'):
self.assertIsNotNone(
network.ipv4,
msg='Expected {name} network to have an IPv4 address.')
else:
self.assertIsNone(
network.ipv4,
msg='Expected {name} network to not have an IPv4 address.')
if ip_addresses.get('v6'):
self.assertIsNotNone(
network.ipv6,
msg='Expected {name} network to have an IPv6 address.')
else:
self.assertIsNone(
network.ipv6,
msg='Expected {name} network to not have an IPv6 address.')
@tags(type='smoke', net='yes')
def test_created_server_vcpus(self):
"""
Verify the number of vCPUs reported matches the amount set
by the flavor
"""
remote_client = self.server_behaviors.get_remote_instance_client(
self.server, self.servers_config, key=self.key.private_key)
server_actual_vcpus = remote_client.get_number_of_cpus()
self.assertEqual(
server_actual_vcpus,
self.flavor.vcpus,
msg="Expected number of vcpus to be {0}, was {1}.".format(
self.flavor.vcpus, server_actual_vcpus))
@tags(type='smoke', net='yes')
def test_created_server_primary_disk(self):
"""
Verify the size of the virtual disk matches the size
set by the flavor
"""
remote_client = self.server_behaviors.get_remote_instance_client(
self.server, self.servers_config, key=self.key.private_key)
disk_size = remote_client.get_disk_size(
self.servers_config.instance_disk_path)
self.assertEqual(disk_size,
self.flavor.disk,
msg="Expected disk to be {0} GB, was {1} GB".format(
self.flavor.disk, disk_size))
@tags(type='smoke', net='yes')
def test_created_server_ephemeral_disk(self):
"""
Verify the size of the ephemeral disk matches the size
set by the flavor
"""
if self.flavor.ephemeral_disk == 0:
# No ephemeral disk, no further validation necessary
return
remote_client = self.server_behaviors.get_remote_instance_client(
self.server, self.servers_config, key=self.key.private_key)
# Get all disks and remove the primary disk from the list
disks = remote_client.get_all_disks()
disks.pop(self.servers_config.instance_disk_path, None)
# Verify the ephemeral disks have the correct size
self._verify_ephemeral_disk_size(
disks=disks,
flavor=self.flavor,
split_ephemeral_disk_enabled=self.split_ephemeral_disk_enabled,
ephemeral_disk_max_size=self.ephemeral_disk_max_size)
# Partition and format the disks
for disk in disks:
self._format_disk(remote_client=remote_client,
disk=disk,
disk_format=self.disk_format_type)
mount_point = '/mnt/{name}'.format(name=rand_name('disk'))
self._mount_disk(remote_client=remote_client,
disk=disk,
mount_point=mount_point)
@tags(type='smoke', net='yes')
def test_created_server_ram(self):
"""
The server's RAM and should be set to the amount specified
in the flavor
"""
remote_instance = self.server_behaviors.get_remote_instance_client(
self.server, self.servers_config, key=self.key.private_key)
lower_limit = int(self.flavor.ram) - (int(self.flavor.ram) * .1)
server_ram_size = int(remote_instance.get_allocated_ram())
self.assertTrue((int(self.flavor.ram) == server_ram_size
or lower_limit <= server_ram_size),
msg='Unexpected ram size.'
'Expected ram size : %s, Actual ram size : %s'.format(
self.flavor.ram, server_ram_size))
@tags(type='smoke', net='yes')
def test_created_server_hostname(self):
"""
Verify that the hostname of the server is the same as
the server name
"""
remote_client = self.server_behaviors.get_remote_instance_client(
self.server, self.servers_config, key=self.key.private_key)
hostname = remote_client.get_hostname()
self.assertEqual(hostname,
self.name,
msg="Expected hostname to be {0}, was {1}".format(
self.name, hostname))
@tags(type='smoke', net='yes')
def test_can_log_into_created_server(self):
"""Validate that the server instance can be accessed"""
remote_client = self.server_behaviors.get_remote_instance_client(
self.server, self.servers_config, key=self.key.private_key)
self.assertTrue(remote_client.can_authenticate(),
msg="Cannot connect to server using public ip")
@tags(type='smoke', net='yes')
@unittest.skipUnless(file_injection_enabled, "File injection disabled.")
def test_personality_file_created(self):
"""
Validate the injected file was created on the server with
the correct contents
"""
remote_client = self.server_behaviors.get_remote_instance_client(
self.server, self.servers_config, key=self.key.private_key)
self.assertTrue(remote_client.is_file_present('/test.txt'))
self.assertEqual(
remote_client.get_file_details('/test.txt').content,
self.file_contents)
@tags(type='smoke', net='no')
def test_created_server_metadata(self):
"""Verify the provided metadata was set for the server"""
# Verify the metadata items were added to the server
self.assertIn('meta_key_1', self.server.metadata)
self.assertIn('meta_key_2', self.server.metadata)
# Verify the values of the metadata items are correct
self.assertEqual(self.server.metadata.get('meta_key_1'),
'meta_value_1')
self.assertEqual(self.server.metadata.get('meta_key_2'),
'meta_value_2')
@tags(type='smoke', net='no')
def test_created_server_instance_actions(self):
"""Verify the correct actions are logged while creating a server."""
actions = self.servers_client.get_instance_actions(
self.server.id).entity
# Verify the create action is listed
self.assertTrue(any(a.action == 'create' for a in actions))
filtered_actions = [a for a in actions if a.action == 'create']
self.assertEquals(len(filtered_actions), 1)
create_action = filtered_actions[0]
self.validate_instance_action(
create_action, self.server.id, self.user_config.user_id,
self.user_config.project_id,
self.create_resp.headers['x-compute-request-id'])
@tags(type='smoke', net='yes')
@unittest.skipUnless(hypervisor == ComputeHypervisors.XEN_SERVER,
'Requires Xen Server.')
def test_created_server_xenstore_metadata(self):
"""Verify the provided metadata was set for the server"""
remote_client = self.server_behaviors.get_remote_instance_client(
self.server, self.servers_config, key=self.key.private_key)
xen_meta = remote_client.get_xen_user_metadata()
for key, value in self.metadata.iteritems():
self.assertEqual(xen_meta[key], value)
@tags(type='smoke', net='yes')
@unittest.skipUnless(hypervisor == ComputeHypervisors.XEN_SERVER,
'Requires Xen Server.')
def test_xenstore_disk_config(self):
"""Verify the disk config of the server is propagated to the XenStore
metadata."""
remote_client = self.server_behaviors.get_remote_instance_client(
self.server, self.servers_config, key=self.key.private_key)
auto_config_enabled = remote_client.get_xenstore_disk_config_value()
actual_disk_config = self.server.disk_config
self.assertEqual(auto_config_enabled,
actual_disk_config.lower() == 'auto')
class RebuildServerTests(object):
compute_config = ComputeConfig()
hypervisor = compute_config.hypervisor.lower()
servers_config = ServersConfig()
file_injection_enabled = servers_config.personality_file_injection_enabled
@tags(type='smoke', net='no')
def test_verify_rebuild_server_response(self):
"""Verify the properties in the initial response are correct"""
rebuilt_server = self.rebuilt_server_response.entity
self.assertEqual(rebuilt_server.name,
self.name,
msg="Server name did not match")
self.assertEqual(rebuilt_server.image.id,
self.image_ref_alt,
msg="Image id did not match")
self.assertEqual(rebuilt_server.flavor.id,
self.flavor_ref,
msg="Flavor id did not match")
self.assertEqual(rebuilt_server.id,
self.server.id,
msg="Server id did not match")
self.assertEqual(rebuilt_server.links.bookmark,
self.server.links.bookmark,
msg="Bookmark links do not match")
self.assertEqual(rebuilt_server.metadata.get('key'), 'value')
self.assertEqual(rebuilt_server.created,
self.server.created,
msg="Server Created date changed after rebuild")
self.assertTrue(rebuilt_server.updated != self.server.updated,
msg="Server Updated date not changed after rebuild")
self.assertEquals(rebuilt_server.addresses,
self.server.addresses,
msg="Server IP addresses changed after rebuild")
@tags(type='smoke', net='no')
def test_rebuilt_server_addresses(self):
"""
The server should have the expected network configuration
after being rebuilt.
"""
rebuilt_server = self.rebuilt_server_response.entity
addresses = rebuilt_server.addresses
for name, ip_addresses in self.expected_networks.iteritems():
network = addresses.get_by_name(name)
if ip_addresses.get('v4'):
self.assertIsNotNone(
network.ipv4,
msg='Expected {name} network to have an IPv4 address.'.
format(name=name))
else:
self.assertIsNone(
network.ipv4,
msg='Expected {name} network to not have an IPv4 address.'.
format(name=name))
if ip_addresses.get('v6'):
self.assertIsNotNone(
network.ipv6,
msg='Expected {name} network to have an IPv6 address.'.
format(name=name))
else:
self.assertIsNone(
network.ipv6,
msg='Expected {name} network to not have an IPv6 address.'.
format(name=name))
@tags(type='smoke', net='no')
def test_address_not_changed_on_rebuild(self):
rebuilt_server = self.rebuilt_server_response.entity
addresses = rebuilt_server.addresses
self.assertEqual(addresses, self.server.addresses)
@tags(type='smoke', net='yes')
def test_can_log_into_server_after_rebuild(self):
remote_instance = self.server_behaviors.get_remote_instance_client(
self.server,
config=self.servers_config,
password=self.password,
key=self.key.private_key)
self.assertTrue(remote_instance.can_authenticate())
@tags(type='smoke', net='yes')
def test_rebuilt_server_vcpus(self):
"""Verify the number of vCPUs reported is the correct after rebuild"""
remote_client = self.server_behaviors.get_remote_instance_client(
self.server,
config=self.servers_config,
password=self.password,
key=self.key.private_key)
server_actual_vcpus = remote_client.get_number_of_cpus()
self.assertEqual(
server_actual_vcpus,
self.flavor.vcpus,
msg="Expected number of vcpus to be {0}, was {1}.".format(
self.flavor.vcpus, server_actual_vcpus))
@tags(type='smoke', net='yes')
def test_rebuilt_server_ephemeral_disk(self):
"""
Verify the size of the virtual disk matches the size
set by the flavor
"""
if self.flavor.ephemeral_disk == 0:
# No ephemeral disk, no further validation necessary
return
remote_client = self.server_behaviors.get_remote_instance_client(
self.server,
self.servers_config,
password=self.password,
key=self.key.private_key)
# Get all disks and remove the primary disk from the list
disks = remote_client.get_all_disks()
disks.pop(self.servers_config.instance_disk_path, None)
# Verify the ephemeral disks have the correct size
self._verify_ephemeral_disk_size(
disks=disks,
flavor=self.flavor,
split_ephemeral_disk_enabled=self.split_ephemeral_disk_enabled,
ephemeral_disk_max_size=self.ephemeral_disk_max_size)
# Partition and format the disks
for disk in disks:
self._format_disk(remote_client=remote_client,
disk=disk,
disk_format=self.disk_format_type)
mount_point = remote_client.generate_mountpoint()
self._mount_disk(remote_client=remote_client,
disk=disk,
mount_point=mount_point)
@tags(type='smoke', net='yes')
def test_server_ram_after_rebuild(self):
remote_instance = self.server_behaviors.get_remote_instance_client(
self.server,
self.servers_config,
password=self.password,
key=self.key.private_key)
lower_limit = int(self.flavor.ram) - (int(self.flavor.ram) * .1)
server_ram_size = int(remote_instance.get_allocated_ram())
self.assertTrue((int(self.flavor.ram) == server_ram_size
or lower_limit <= server_ram_size),
msg='Ram size after confirm-resize did not match.'
'Expected ram size : %s, Actual ram size : %s.' %
(self.flavor.ram, server_ram_size))
@tags(type='smoke', net='yes')
@unittest.skipUnless(file_injection_enabled, "File injection disabled.")
def test_personality_file_created_on_rebuild(self):
"""
Validate the injected file was created on the rebuilt server with
the correct contents
"""
remote_client = self.server_behaviors.get_remote_instance_client(
self.server,
self.servers_config,
password=self.password,
key=self.key.private_key)
self.assertTrue(remote_client.is_file_present(self.rebuilt_file_path))
self.assertEqual(
remote_client.get_file_details(self.rebuilt_file_path).content,
self.rebuilt_file_contents)
@tags(type='smoke', net='no')
def test_server_metadata_set_on_rebuild(self):
"""Verify the provided metadata was set for the rebuilt server"""
rebuilt_server = self.rebuilt_server_response.entity
# Verify the metadata items were added to the server
self.assertIn('key', rebuilt_server.metadata)
# Verify the values of the metadata items are correct
self.assertEqual(rebuilt_server.metadata.get('key'), 'value')
@tags(type='smoke', net='no')
def test_rebuilt_server_instance_actions(self):
"""Verify the correct actions are logged during a rebuild."""
actions = self.servers_client.get_instance_actions(
self.server.id).entity
# Verify the rebuild action is listed
self.assertTrue(any(a.action == 'rebuild' for a in actions))
filtered_actions = [a for a in actions if a.action == 'rebuild']
self.assertEquals(len(filtered_actions), 1)
rebuild_action = filtered_actions[0]
self.validate_instance_action(
rebuild_action, self.server.id, self.compute.user.user_id,
self.compute.user.project_id,
self.rebuilt_server_response.headers['x-compute-request-id'])
@tags(type='smoke', net='yes')
@unittest.skipUnless(hypervisor == ComputeHypervisors.XEN_SERVER,
'Requires Xen Server.')
def test_rebuilt_server_xenstore_metadata(self):
"""Verify the provided metadata was set for the server"""
remote_client = self.server_behaviors.get_remote_instance_client(
self.server,
self.servers_config,
password=self.password,
key=self.key.private_key)
xen_meta = remote_client.get_xen_user_metadata()
for key, value in self.metadata.iteritems():
self.assertIn(key, xen_meta)
self.assertEqual(xen_meta[key], value)
@tags(type='smoke', net='yes')
@unittest.skipUnless(hypervisor == ComputeHypervisors.XEN_SERVER,
'Requires Xen Server.')
def test_xenstore_disk_config_on_rebuild(self):
"""Verify the disk config of the server is propagated to the XenStore
metadata on server rebuild."""
rebuilt_server = self.rebuilt_server_response.entity
remote_client = self.server_behaviors.get_remote_instance_client(
self.server,
self.servers_config,
key=self.key.private_key,
password=self.password)
auto_config_enabled = remote_client.get_xenstore_disk_config_value()
actual_disk_config = rebuilt_server.disk_config
self.assertEqual(auto_config_enabled,
actual_disk_config.lower() == 'auto')
@tags(type='smoke', net='yes')
@unittest.skipUnless(file_injection_enabled, "File injection disabled.")
def test_file_system_cleared_on_rebuild(self):
"""
Verify that after a rebuild any files on the file system that are
not explicitly injected into the rebuild are no longer on the
file system.
"""
remote_client = self.server_behaviors.get_remote_instance_client(
self.server,
self.servers_config,
password=self.password,
key=self.key.private_key)
self.assertFalse(remote_client.is_file_present(self.file_path))
@unittest.skip("Skipping until refactor of 'get_distribution_and_version'")
@tags(type='smoke', net='yes')
def test_distro_after_rebuild(self):
"""
Verify the distro is changed if using rebuild with different image
"""
remote_client = self.server_behaviors.get_remote_instance_client(
self.server,
self.servers_config,
password=self.password,
key=self.key.private_key)
distro_after_rebuild = remote_client.get_distribution_and_version()
if (self.distro_before_rebuild and distro_after_rebuild
and self.image_ref != self.image_ref_alt):
self.assertNotEqual(self.distro_before_rebuild,
distro_after_rebuild)
else:
self.assertEqual(self.distro_before_rebuild, distro_after_rebuild)
class RebuildServerTests(ComputeFixture):
compute_config = ComputeConfig()
hypervisor = compute_config.hypervisor.lower()
@classmethod
def setUpClass(cls):
super(RebuildServerTests, cls).setUpClass()
cls.key = cls.keypairs_client.create_keypair(rand_name("key")).entity
cls.resources.add(cls.key.name,
cls.keypairs_client.delete_keypair)
response = cls.server_behaviors.create_active_server(
key_name=cls.key.name)
cls.server = response.entity
response = cls.flavors_client.get_flavor_details(cls.flavor_ref)
cls.flavor = response.entity
cls.resources.add(cls.server.id, cls.servers_client.delete_server)
cls.metadata = {'key': 'value'}
cls.name = rand_name('testserver')
cls.file_contents = 'Test server rebuild.'
personality = [{'path': '/rebuild.txt',
'contents': base64.b64encode(cls.file_contents)}]
cls.password = '******'
cls.rebuilt_server_response = cls.servers_client.rebuild(
cls.server.id, cls.image_ref_alt, name=cls.name,
metadata=cls.metadata, personality=personality,
admin_pass=cls.password, key_name=cls.key.name)
cls.server_behaviors.wait_for_server_status(
cls.server.id, NovaServerStatusTypes.ACTIVE)
@tags(type='smoke', net='no')
def test_verify_rebuild_server_response(self):
# Verify the properties in the initial response are correct
rebuilt_server = self.rebuilt_server_response.entity
if rebuilt_server.addresses.public is not None:
v4_address = rebuilt_server.addresses.public.ipv4
v6_address = rebuilt_server.addresses.public.ipv6
self.assertEqual(v4_address, self.server.accessIPv4,
msg="AccessIPv4 did not match")
self.assertEqual(v6_address, self.server.accessIPv6,
msg="AccessIPv6 did not match")
self.assertEqual(rebuilt_server.name, self.name,
msg="Server name did not match")
self.assertEqual(rebuilt_server.image.id, self.image_ref_alt,
msg="Image id did not match")
self.assertEqual(rebuilt_server.flavor.id, self.flavor_ref,
msg="Flavor id did not match")
self.assertEqual(rebuilt_server.id, self.server.id,
msg="Server id did not match")
self.assertEqual(rebuilt_server.links.bookmark,
self.server.links.bookmark,
msg="Bookmark links do not match")
self.assertEqual(rebuilt_server.metadata.get('key'), 'value')
self.assertEqual(rebuilt_server.created, self.server.created,
msg="Server Created date changed after rebuild")
self.assertTrue(rebuilt_server.updated != self.server.updated,
msg="Server Updated date not changed after rebuild")
self.assertEquals(rebuilt_server.addresses, self.server.addresses,
msg="Server IP addresses changed after rebuild")
@tags(type='smoke', net='yes')
def test_can_log_into_server_after_rebuild(self):
server = self.rebuilt_server_response.entity
rebuilt_server = self.rebuilt_server_response.entity
public_address = self.server_behaviors.get_public_ip_address(
rebuilt_server)
remote_instance = self.server_behaviors.get_remote_instance_client(
server, config=self.servers_config, password=self.password,
key=self.key.private_key)
self.assertTrue(
remote_instance.can_connect_to_public_ip(),
msg="Could not connect to server (%s) using new admin password %s"
% (public_address, server.admin_pass))
@tags(type='smoke', net='yes')
def test_rebuilt_server_vcpus(self):
"""Verify the number of vCPUs reported is the correct after rebuild"""
remote_client = self.server_behaviors.get_remote_instance_client(
self.server, config=self.servers_config, password=self.password,
key=self.key.private_key)
server_actual_vcpus = remote_client.get_number_of_vcpus()
self.assertEqual(
server_actual_vcpus, self.flavor.vcpus,
msg="Expected number of vcpus to be {0}, was {1}.".format(
self.flavor.vcpus, server_actual_vcpus))
@tags(type='smoke', net='yes')
def test_rebuilt_server_disk_size(self):
"""Verify the size of the virtual disk after the server rebuild"""
remote_client = self.server_behaviors.get_remote_instance_client(
self.server, self.servers_config, password=self.password,
key=self.key.private_key)
disk_size = remote_client.get_disk_size_in_gb(
self.servers_config.instance_disk_path)
self.assertEqual(disk_size, self.flavor.disk,
msg="Expected disk to be {0} GB, was {1} GB".format(
self.flavor.disk, disk_size))
@tags(type='smoke', net='yes')
def test_server_ram_after_rebuild(self):
remote_instance = self.server_behaviors.get_remote_instance_client(
self.server, self.servers_config, password=self.password,
key=self.key.private_key)
lower_limit = int(self.flavor.ram) - (int(self.flavor.ram) * .1)
server_ram_size = int(remote_instance.get_ram_size_in_mb())
self.assertTrue((int(self.flavor.ram) == server_ram_size
or lower_limit <= server_ram_size),
msg='Ram size after confirm-resize did not match.'
'Expected ram size : %s, Actual ram size : %s.' %
(self.flavor.ram, server_ram_size))
@tags(type='smoke', net='yes')
@unittest.skip("Known issue")
def test_personality_file_created_on_rebuild(self):
"""
Validate the injected file was created on the rebuilt server with
the correct contents
"""
remote_client = self.server_behaviors.get_remote_instance_client(
self.server, self.servers_config, password=self.password,
key=self.key.private_key)
self.assertTrue(remote_client.is_file_present('/rebuild.txt'))
self.assertEqual(
remote_client.get_file_details('/rebuild.txt').content,
self.file_contents)
@tags(type='smoke', net='no')
def test_server_metadata_set_on_rebuild(self):
"""Verify the provided metadata was set for the rebuilt server"""
rebuilt_server = self.rebuilt_server_response.entity
# Verify the metadata items were added to the server
self.assertIn('key', rebuilt_server.metadata)
# Verify the values of the metadata items are correct
self.assertEqual(rebuilt_server.metadata.get('key'), 'value')
@tags(type='smoke', net='no')
def test_rebuilt_server_instance_actions(self):
"""Verify the correct actions are logged during a rebuild."""
actions = self.servers_client.get_instance_actions(
self.server.id).entity
# Verify the rebuild action is listed
self.assertTrue(any(a.action == 'rebuild' for a in actions))
filtered_actions = [a for a in actions if a.action == 'rebuild']
self.assertEquals(len(filtered_actions), 1)
rebuild_action = filtered_actions[0]
self.validate_instance_action(
rebuild_action, self.server.id, self.user_config.user_id,
self.user_config.project_id,
self.rebuilt_server_response.headers['x-compute-request-id'])
@tags(type='smoke', net='yes')
@unittest.skipUnless(
hypervisor == ComputeHypervisors.XEN_SERVER,
'Requires Xen Server.')
def test_rebuilt_server_xenstore_metadata(self):
"""Verify the provided metadata was set for the server"""
remote_client = self.server_behaviors.get_remote_instance_client(
self.server, self.servers_config, password=self.password,
key=self.key.private_key)
xen_meta = remote_client.get_xen_user_metadata()
for key, value in self.metadata.iteritems():
self.assertEqual(xen_meta[key], value)
class ServersTest(ComputeFixture):
compute_config = ComputeConfig()
hypervisor = compute_config.hypervisor.lower()
@unittest.skipIf(hypervisor
in [ComputeHypervisors.KVM, ComputeHypervisors.QEMU],
'Password authentication disabled.')
@tags(type='positive', net='yes')
def test_create_server_with_admin_password(self):
"""
Creates a server with an admin password to be used as root's password.
This will set the server that is created with the root password of
oldslice129690TuG72Bgj2. Calls cloudcafe's server behaviors get
remote instance client with the password to validate that it can
authenticate wth password.
The following assertions occur:
- Defined password is the same as the admin password.
- get_remote_instance_client has a true value for can_authenticate
"""
admin_password = '******'
response = self.server_behaviors.create_active_server(
admin_pass=admin_password)
server = response.entity
self.resources.add(server.id, self.servers_client.delete_server)
self.assertEqual(admin_password, server.admin_pass)
remote_client = self.server_behaviors.get_remote_instance_client(
server,
self.servers_config,
password=admin_password,
auth_strategy=InstanceAuthStrategies.PASSWORD)
self.assertTrue(remote_client.can_authenticate(),
msg="Cannot authenticate to the server.")
@tags(type='positive', net='no')
def test_update_server(self):
"""
Creates a server and then updates the name, ipv4 and ipv6 values.
Will call the create_active_server from server behaviors, then call
update_server from cloudcafe's server_client passing in the newly
created server's id, new random name, ipv4 address 192.168.32.16 and
ipv6 address 3ffe:1900:4545:3:200:f8ff:fe21:67cf and then waiting for
the server to make it to active status. Calling get_server to validate
the updates occurred correctly
The following assertions occur:
- Server name was updated with new random name.
- Server's IPV4 address is 192.168.32.16.
- Server's IPV6 address is 3ffe:1900:4545:3:200:f8ff:fe21:67cf.
- Server's creation date is still the same as the original.
- Server's updated date is not the same as the original.
"""
response = self.server_behaviors.create_active_server()
original_server = response.entity
self.resources.add(original_server.id,
self.servers_client.delete_server)
# Use server bookmark's link to update the server
new_name = rand_name("testserver")
accessIPv4 = '192.168.32.16'
accessIPv6 = '3ffe:1900:4545:3:200:f8ff:fe21:67cf'
updated_server_response = self.servers_client.update_server(
original_server.id,
new_name,
accessIPv4=accessIPv4,
accessIPv6=accessIPv6)
updated_server = updated_server_response.entity
self.server_behaviors.wait_for_server_status(
updated_server.id, NovaServerStatusTypes.ACTIVE)
# Verify the name and access ips of the server have changed
server = self.servers_client.get_server(updated_server.id).entity
self.assertEqual(new_name,
server.name,
msg="The server name was not updated")
self.assertEqual(accessIPv4,
server.accessIPv4,
msg="AccessIPv4 address was not updated")
self.assertEqual(accessIPv6,
server.accessIPv6,
msg="AccessIPv6 address was not updated")
self.assertEqual(server.created,
updated_server.created,
msg="The server creation date was updated")
self.assertNotEqual(
server.updated,
original_server.updated,
msg="Updated time for server {server_id} "
"did not change after a modification to the server.".format(
server_id=server.id))
class CreateServerTest(object):
compute_config = ComputeConfig()
hypervisor = compute_config.hypervisor.lower()
servers_config = ServersConfig()
file_injection_enabled = servers_config.personality_file_injection_enabled
@tags(type='smoke', net='no')
def test_create_server_response(self):
"""
A create server request should return a server id and server links value
Validate that the server created during test set up has a Server id
value. Validate that the server created during test set up has a value
for server links.
The following assertions occur:
- The id of the server created during test set up is not None
- The server links value of the server created during test set up is
not None
"""
self.assertTrue(self.server.id is not None,
msg="Server id was not set in the response")
self.assertTrue(self.server.links is not None,
msg="Server links were not set in the response")
@unittest.skipIf(hypervisor in [ComputeHypervisors.ON_METAL],
'Admin Password not supported in current configuration.')
@tags(type='smoke', net='no')
def test_create_server_admin_password(self):
"""
A create server request should return an admin password
Validate that the server created during test set up has an admin password
value.
The following validations occur:
- The admin password of the server created during test set up is
not None
"""
self.assertTrue(self.server.admin_pass is not None,
msg="Admin password was not set in the response")
@tags(type='smoke', net='no')
def test_created_server_fields(self):
"""
Verify that a created server has all expected fields
The name and flavor id of the server created during test set up should
match the values set during test set up and configuration. The 'updated'
value of the server should be greater than the 'created' value.
The following assertions occur:
- The name of the server created during test set up is equal to the
server name value generated during test set up
- The flavor id of the server created during test set up is equal to
the flavor id used in test configuration
- The server 'created' value of the server created during test set
up is not None
- The server 'updated' value of the server created during test set
up is not None
- The server 'updated' value of the server created during test set
up is greater than the 'created' value of the server created
during test set up
"""
message = "Expected {0} to be {1}, was {2}."
self.assertEqual(self.server.name,
self.name,
msg=message.format('server name', self.server.name,
self.name))
self.assertEqual(self.server.flavor.id,
self.flavor_ref,
msg=message.format('flavor id', self.flavor_ref,
self.server.flavor.id))
self.assertTrue(self.server.created is not None,
msg="Expected server created date to be set")
self.assertTrue(self.server.updated is not None,
msg="Expected server updated date to be set.")
self.assertGreaterEqual(self.server.updated,
self.server.created,
msg='Expected server updated date to be'
'after the created date.')
@tags(type='smoke', net='no')
def test_server_addresses(self):
"""
A server should have the expected network configuration.
Get the addresses of the server created during test set up. Get a
dictionary of expected networks from test configuration. For each
network in the expected networks dictionary check to see if the test was
configured to expect an IPv4 address for that network, if yes validate
that there is a network of the same name with an IPv4 address. If that
network is expected to not have an IPv4 addressm validate that there is
a a network with that name that does not have an IPv4 address. For each
network in the expected networks dictionary check to see if the test was
configured to expect an IPv6 address for that network, if yes validate
that there is a network of the same name with an IPv6 address. If that
network is expected to not have an IPv6 addressm validate that there is
a a network with that name that does not have an IPv6 address.
The following assertions occur:
- Each network in the expected networks dictionary from test
configuration is found in the networks of the server created
during test set up
- If the network is expected to have an IPv4 address validate that
the IPv4 address for the network of the same name from the server
created during set up is not None
- If the network is expected to not have an IPv4 address validate
that the IPv4 address for the network of the same name from the
server created during set up is None
- If the network is expected to have an IPv6 address validate that
the IPv6 address for the network of the same name from the server
created during set up is not None
- If the network is expected to not have an IPv6 address validate
that the IPv6 address for the network of the same name from the
server created during set up is None
"""
addresses = self.server.addresses
for name, ip_addresses in self.expected_networks.iteritems():
network = addresses.get_by_name(name)
if ip_addresses.get('v4'):
self.assertIsNotNone(
network.ipv4,
msg='Expected {name} network to have an IPv4 address.'.
format(name=name))
else:
self.assertIsNone(
network.ipv4,
msg='Expected {name} network to not have an IPv4 address.'.
format(name=name))
if ip_addresses.get('v6'):
self.assertIsNotNone(
network.ipv6,
msg='Expected {name} network to have an IPv6 address.'.
format(name=name))
else:
self.assertIsNone(
network.ipv6,
msg='Expected {name} network to not have an IPv6 address.'.
format(name=name))
@tags(type='smoke', net='yes')
def test_created_server_vcpus(self):
"""
vCPUs of a server should be equal to the server's flavor's vCPU value
Get a remote client for the server created during test set up. Use the
remote client to get the number of CPUs for the server. Validate that
this value is equal to the vCPUs of the flavor from test configuration.
The following validations occur:
- The vCPUs value of the flavor from test configuration is equal
to the number of CPUs on the server created during test set up
"""
remote_client = self.server_behaviors.get_remote_instance_client(
self.server, self.servers_config, key=self.key.private_key)
server_actual_vcpus = remote_client.get_number_of_cpus()
self.assertEqual(
server_actual_vcpus,
self.flavor.vcpus,
msg="Expected number of vcpus to be {0}, was {1}.".format(
self.flavor.vcpus, server_actual_vcpus))
@tags(type='smoke', net='yes')
def test_created_server_ephemeral_disk(self):
"""
Server's ephemeral disk(s) size should equal the flavor's disk(s) size
The size of the ephemeral disk(s) of the server created during test set
up should be equal to the size of the ephemeral disk(s) of the flavor
from test configuration, If the flavors ephemeral disk(s) size is 0, the
test will return and end. If the flavor's ephemeral disk(s) size is not
0, get a remote client for the server created during test set up. Use
the remote client to get a list of all disks on the server. Remove
the primary disk from the list of disks. Verify that the remaining disks
in the disk list are equal in size to the ephemeral disk size of the
flavor from test configuration. Format each disk in the list of disks
and mount them to the server.
"""
if self.flavor.ephemeral_disk == 0:
# No ephemeral disk, no further validation necessary
return
remote_client = self.server_behaviors.get_remote_instance_client(
self.server, self.servers_config, key=self.key.private_key)
# Get all disks and remove the primary disk from the list
disks = remote_client.get_all_disks()
disks.pop(self.servers_config.instance_disk_path, None)
# Verify the ephemeral disks have the correct size
self._verify_ephemeral_disk_size(
disks=disks,
flavor=self.flavor,
split_ephemeral_disk_enabled=self.split_ephemeral_disk_enabled,
ephemeral_disk_max_size=self.ephemeral_disk_max_size)
# Partition and format the disks
for disk in disks:
self._format_disk(remote_client=remote_client,
disk=disk,
disk_format=self.disk_format_type)
mount_point = remote_client.generate_mountpoint()
self._mount_disk(remote_client=remote_client,
disk=disk,
mount_point=mount_point)
@tags(type='smoke', net='yes')
def test_created_server_ram(self):
"""
RAM of a server should be equal to the server's flavor's RAM value
Get a remote instance client for the instance created during test set
up. Calculate the minimum acceptable RAM value, this is 90% of the
RAM value of the flavor from test configuration. Validate that the
RAM of the server is equal to the RAM value of the flavor from the
test configuration or greater than/equal to the minimum RAM value
previously calculated.
The following assertions occur:
- The RAM value of the server created during test set up is equal
to the RAM value of the flavor from test configuration or
greater than/equal to a value that is 90% of the RAM value of the
flavor from test configuration
"""
remote_instance = self.server_behaviors.get_remote_instance_client(
self.server, self.servers_config, key=self.key.private_key)
lower_limit = int(self.flavor.ram) - (int(self.flavor.ram) * .1)
server_ram_size = int(remote_instance.get_allocated_ram())
self.assertTrue((int(self.flavor.ram) == server_ram_size
or lower_limit <= server_ram_size),
msg='Unexpected ram size.'
'Expected ram size : %s, Actual ram size : %s'.format(
self.flavor.ram, server_ram_size))
@tags(type='smoke', net='yes')
def test_created_server_hostname(self):
"""
The hostname of the server is the same as the server name
Get a remote instance client for the server created during test set up.
Use the remote client to get the host name of the server. Validate that
the host name is equal to the name value set during test set up.
The following assertions occur:
- The host name of the server created during test set up is equal
to the name value generated during test set up
"""
remote_client = self.server_behaviors.get_remote_instance_client(
self.server, self.servers_config, key=self.key.private_key)
hostname = remote_client.get_hostname()
self.assertEqual(hostname,
self.name,
msg="Expected hostname to be {0}, was {1}".format(
self.name, hostname))
@tags(type='smoke', net='yes')
def test_can_log_into_created_server(self):
"""
A server should be able to be accessed using a remote instance client
Get a remote instance client for the server created during test set up.
Validate that the remote instance client can authenticate to the server.
The following assertions occur:
- The remote client for the server created during test set up
can authenticate to the server
"""
remote_client = self.server_behaviors.get_remote_instance_client(
self.server, self.servers_config, key=self.key.private_key)
self.assertTrue(remote_client.can_authenticate(),
msg="Cannot connect to server using public ip")
@tags(type='smoke', net='yes')
@unittest.skipUnless(file_injection_enabled, "File injection disabled.")
def test_personality_file_created(self):
"""
A file injected during test set up should have the expected contents
Get a remote instance client for the server created during test set up.
Use the remote instance client to validate that a file exists at the
location set by the file path value set during test set up. Use the
remote client to validate that the contents of the file on the server
are equal to the file contents set during test set up.
The following assertions occur:
- A file should be found on the server created during test set up at
the location of the file path value created during test set.
created during test set up
- The file contents created during test set up should be equal to
the contents of the file on the server created during test set up
found at the file path created during test set up
"""
remote_client = self.server_behaviors.get_remote_instance_client(
self.server, self.servers_config, key=self.key.private_key)
self.assertTrue(remote_client.is_file_present(self.file_path))
self.assertEqual(
remote_client.get_file_details(self.file_path).content,
self.file_contents)
@tags(type='smoke', net='no')
def test_created_server_metadata(self):
"""
Verify the provided metadata was set for the server
Validate that the key 'meta_key_1' and the key 'meta_key_2' are in the
metadata for the server created during test set up. Validate that the
value for the key 'meta_key_1' is equal to 'meta_value_1'. Validate that
the value for the key 'meta_key_2' is equal to 'meta_value_2'.
The following assertions occur:
- The key 'meta_key_1' is in the metadata on the server created
during test set up
- The key 'meta_key_2' is in the metadata on the server created
during test set up
- The value of the 'meta_key_1' key in the metadata on the server
created during test set up is equal to 'meta_value_1'
- The value of the 'meta_key_1' key in the metadata on the server
created during test set up is equal to 'meta_value_1'
"""
# Verify the metadata items were added to the server
self.assertIn('meta_key_1', self.server.metadata)
self.assertIn('meta_key_2', self.server.metadata)
# Verify the values of the metadata items are correct
self.assertEqual(self.server.metadata.get('meta_key_1'),
'meta_value_1')
self.assertEqual(self.server.metadata.get('meta_key_2'),
'meta_value_2')
@tags(type='smoke', net='no')
def test_created_server_instance_actions(self):
"""
Verify the correct actions are logged during a server creation.
Get the list of all actions that the server has taken from the Nova API.
Filter the list so that only the actions 'create' remain. Validate that
the list of filtered actions has a length of 1 (that only 1 create
action has been performed.) Validate that the values of the identified
create action match the values returned in the create server response
received during test setup.
The following assertions occur:
- The list of actions that match 'create' has only one item
- The values for the create action match the values received in
response to the create request
"""
actions = self.servers_client.get_instance_actions(
self.server.id).entity
# Verify the create action is listed
self.assertTrue(any(a.action == 'create' for a in actions))
filtered_actions = [a for a in actions if a.action == 'create']
self.assertEquals(len(filtered_actions), 1)
create_action = filtered_actions[0]
self.validate_instance_action(
create_action, self.server.id, self.user_config.user_id,
self.user_config.project_id,
self.create_resp.headers['x-compute-request-id'])
@tags(type='smoke', net='yes')
@unittest.skipUnless(hypervisor == ComputeHypervisors.XEN_SERVER,
'Requires Xen Server.')
def test_created_server_xenstore_metadata(self):
"""
Verify the provided metadata was set in the server's Xenstore metadata
Get a remote instance client for the server created during test set up.
Use the remote instance client to get the Xen client metadata from the
server. Validate that each key value pair of the metadata dictionary
generated during test set up is found in the Xen client metadata.
The following assertions occur:
- For each metadata key in the metadata dictionary generated during
test set up, the key should be found in the Xen metadata of the
server created during test set up
- For each metadata key value value pair in the metadata dictionary
generated during test set up, the value should be equal to the
value of the key in the Xen metadata of the server created during
test set up
"""
remote_client = self.server_behaviors.get_remote_instance_client(
self.server, self.servers_config, key=self.key.private_key)
xen_meta = remote_client.get_xen_user_metadata()
for key, value in self.metadata.iteritems():
self.assertIn(key, xen_meta)
self.assertEqual(xen_meta[key], value)
@tags(type='smoke', net='yes')
@unittest.skipUnless(hypervisor == ComputeHypervisors.XEN_SERVER,
'Requires Xen Server.')
def test_xenstore_disk_config(self):
"""
The disk config of a server should be accurate on the XenStore metadata
Get a remote instance client for the server created during test set up.
Use the remote instance client to get a boolean value representing
whether the auto_config_enabled value in the XenStore on the server
created during setup. Validate that if the disk_config value of the
server created during test set up is 'auto' the auto_config_enabled
value in the XenStore is True. Or if the disk_config value of the
server created during test set up is not 'auto' the auto_config_enabled
value in the XenStore is False.
The following assertions occur:
- The auto_config_enable value in the XenStore on the server created
during test configuration is equal to True is the server's
disk config is equal to 'auto'. Or the auto_config_enable value is
false if the server's disk config is not equal to 'auto'
"""
remote_client = self.server_behaviors.get_remote_instance_client(
self.server, self.servers_config, key=self.key.private_key)
auto_config_enabled = remote_client.get_xenstore_disk_config_value()
actual_disk_config = self.server.disk_config
self.assertEqual(auto_config_enabled,
actual_disk_config.lower() == 'auto')
class CreateServerTest(ComputeFixture):
compute_config = ComputeConfig()
hypervisor = compute_config.hypervisor.lower()
@classmethod
def setUpClass(cls):
super(CreateServerTest, cls).setUpClass()
cls.name = rand_name("server")
cls.metadata = {'meta_key_1': 'meta_value_1',
'meta_key_2': 'meta_value_2'}
cls.file_contents = 'This is a test file.'
files = [{'path': '/test.txt', 'contents': base64.b64encode(
cls.file_contents)}]
cls.key = cls.keypairs_client.create_keypair(rand_name("key")).entity
cls.resources.add(cls.key.name,
cls.keypairs_client.delete_keypair)
cls.create_resp = cls.servers_client.create_server(
cls.name, cls.image_ref, cls.flavor_ref, metadata=cls.metadata,
personality=files, key_name=cls.key.name)
created_server = cls.create_resp.entity
cls.resources.add(created_server.id,
cls.servers_client.delete_server)
wait_response = cls.server_behaviors.wait_for_server_status(
created_server.id, NovaServerStatusTypes.ACTIVE)
wait_response.entity.admin_pass = created_server.admin_pass
cls.image = cls.images_client.get_image(cls.image_ref).entity
cls.flavor = cls.flavors_client.get_flavor_details(
cls.flavor_ref).entity
cls.server = wait_response.entity
@tags(type='smoke', net='no')
def test_create_server_response(self):
"""Verify the parameters are correct in the initial response"""
self.assertTrue(self.server.id is not None,
msg="Server id was not set in the response")
self.assertTrue(self.server.admin_pass is not None,
msg="Admin password was not set in the response")
self.assertTrue(self.server.links is not None,
msg="Server links were not set in the response")
@tags(type='smoke', net='no')
def test_created_server_fields(self):
"""Verify that a created server has all expected fields"""
message = "Expected {0} to be {1}, was {2}."
self.assertEqual(self.server.name, self.name,
msg=message.format('server name', self.server.name,
self.name))
self.assertEqual(self.image_ref, self.server.image.id,
msg=message.format('image id', self.image_ref,
self.server.image.id))
self.assertEqual(self.server.flavor.id, self.flavor_ref,
msg=message.format('flavor id', self.flavor_ref,
self.server.flavor.id))
self.assertTrue(self.server.created is not None,
msg="Expected server created date to be set")
self.assertTrue(self.server.updated is not None,
msg="Expected server updated date to be set.")
self.assertGreaterEqual(self.server.updated, self.server.created,
msg='Expected server updated date to be'
'after the created date.')
@tags(type='smoke', net='no')
def test_server_access_addresses(self):
"""
If the server has public addresses, the access IP addresses
should be same as the public addresses
"""
addresses = self.server.addresses
if addresses.public is not None:
self.assertTrue(
addresses.public.ipv4 is not None,
msg="Expected server to have a public IPv4 address set.")
self.assertTrue(
addresses.public.ipv6 is not None,
msg="Expected server to have a public IPv6 address set.")
self.assertTrue(
addresses.private.ipv4 is not None,
msg="Expected server to have a private IPv4 address set.")
self.assertEqual(
addresses.public.ipv4, self.server.accessIPv4,
msg="Expected access IPv4 address to be {0}, was {1}.".format(
addresses.public.ipv4, self.server.accessIPv4))
self.assertEqual(
addresses.public.ipv6, self.server.accessIPv6,
msg="Expected access IPv6 address to be {0}, was {1}.".format(
addresses.public.ipv6, self.server.accessIPv6))
@tags(type='smoke', net='yes')
def test_created_server_vcpus(self):
"""
Verify the number of vCPUs reported matches the amount set
by the flavor
"""
remote_client = self.server_behaviors.get_remote_instance_client(
self.server, self.servers_config, key=self.key.private_key)
server_actual_vcpus = remote_client.get_number_of_vcpus()
self.assertEqual(
server_actual_vcpus, self.flavor.vcpus,
msg="Expected number of vcpus to be {0}, was {1}.".format(
self.flavor.vcpus, server_actual_vcpus))
@tags(type='smoke', net='yes')
def test_created_server_disk_size(self):
"""
Verify the size of the virtual disk matches the size
set by the flavor
"""
remote_client = self.server_behaviors.get_remote_instance_client(
self.server, self.servers_config, key=self.key.private_key)
disk_size = remote_client.get_disk_size_in_gb(
self.servers_config.instance_disk_path)
self.assertEqual(disk_size, self.flavor.disk,
msg="Expected disk to be {0} GB, was {1} GB".format(
self.flavor.disk, disk_size))
@tags(type='smoke', net='yes')
def test_created_server_ram(self):
"""
The server's RAM and should be set to the amount specified
in the flavor
"""
remote_instance = self.server_behaviors.get_remote_instance_client(
self.server, self.servers_config, key=self.key.private_key)
lower_limit = int(self.flavor.ram) - (int(self.flavor.ram) * .1)
server_ram_size = int(remote_instance.get_ram_size_in_mb())
self.assertTrue(
(int(self.flavor.ram) == server_ram_size
or lower_limit <= server_ram_size),
msg='Unexpected ram size.'
'Expected ram size : %s, Actual ram size : %s'.format(
self.flavor.ram, server_ram_size))
@tags(type='smoke', net='yes')
def test_created_server_hostname(self):
"""
Verify that the hostname of the server is the same as
the server name
"""
remote_client = self.server_behaviors.get_remote_instance_client(
self.server, self.servers_config, key=self.key.private_key)
hostname = remote_client.get_hostname()
self.assertEqual(hostname, self.name,
msg="Expected hostname to be {0}, was {1}".format(
self.name, hostname))
@tags(type='smoke', net='yes')
def test_can_log_into_created_server(self):
"""Validate that the server instance can be accessed"""
remote_client = self.server_behaviors.get_remote_instance_client(
self.server, self.servers_config, key=self.key.private_key)
self.assertTrue(remote_client.can_connect_to_public_ip(),
msg="Cannot connect to server using public ip")
@tags(type='smoke', net='yes')
def test_personality_file_created(self):
"""
Validate the injected file was created on the server with
the correct contents
"""
remote_client = self.server_behaviors.get_remote_instance_client(
self.server, self.servers_config, key=self.key.private_key)
self.assertTrue(remote_client.is_file_present('/test.txt'))
self.assertEqual(
remote_client.get_file_details('/test.txt').content,
self.file_contents)
@tags(type='smoke', net='no')
def test_created_server_metadata(self):
"""Verify the provided metadata was set for the server"""
# Verify the metadata items were added to the server
self.assertTrue(hasattr(self.server.metadata, 'meta_key_1'))
self.assertTrue(hasattr(self.server.metadata, 'meta_key_2'))
# Verify the values of the metadata items are correct
self.assertEqual(self.server.metadata.meta_key_1, 'meta_value_1')
self.assertEqual(self.server.metadata.meta_key_2, 'meta_value_2')
@tags(type='smoke', net='no')
def test_created_server_instance_actions(self):
"""Verify the correct actions are logged while creating a server."""
actions = self.servers_client.get_instance_actions(
self.server.id).entity
# Verify the create action is listed
self.assertTrue(any(a.action == 'create' for a in actions))
filtered_actions = [a for a in actions if a.action == 'create']
self.assertEquals(len(filtered_actions), 1)
create_action = filtered_actions[0]
self.validate_instance_action(
create_action, self.server.id, self.user_config.user_id,
self.user_config.project_id,
self.create_resp.headers['x-compute-request-id'])
@tags(type='smoke', net='yes')
@unittest.skipUnless(
hypervisor == ComputeHypervisors.XEN_SERVER,
'Requires Xen Server.')
def test_created_server_xenstore_metadata(self):
"""Verify the provided metadata was set for the server"""
remote_client = self.server_behaviors.get_remote_instance_client(
self.server, self.servers_config, key=self.key.private_key)
xen_meta = remote_client.get_xen_user_metadata()
for key, value in self.metadata.iteritems():
self.assertEqual(xen_meta[key], value)
class ServersTest(ComputeFixture):
compute_config = ComputeConfig()
hypervisor = compute_config.hypervisor.lower()
@unittest.skipIf(hypervisor
in [ComputeHypervisors.KVM, ComputeHypervisors.QEMU],
'Password authentication disabled.')
@tags(type='positive', net='yes')
def test_create_server_with_admin_password(self):
"""
If an admin password is provided on server creation, the server's root
password should be set to that password.
"""
admin_password = '******'
response = self.server_behaviors.create_active_server(
admin_pass=admin_password)
server = response.entity
self.resources.add(server.id, self.servers_client.delete_server)
self.assertEqual(admin_password, server.admin_pass)
remote_client = self.server_behaviors.get_remote_instance_client(
server,
self.servers_config,
password=admin_password,
auth_strategy=InstanceAuthStrategies.PASSWORD)
self.assertTrue(remote_client.can_authenticate(),
msg="Cannot authenticate to the server.")
@tags(type='positive', net='no')
def test_update_server(self):
"""Update the name and access addresses of a server."""
response = self.server_behaviors.create_active_server()
original_server = response.entity
self.resources.add(original_server.id,
self.servers_client.delete_server)
# Use server bookmark's link to update the server
new_name = rand_name("testserver")
accessIPv4 = '192.168.32.16'
accessIPv6 = '3ffe:1900:4545:3:200:f8ff:fe21:67cf'
updated_server_response = self.servers_client.update_server(
original_server.id,
new_name,
accessIPv4=accessIPv4,
accessIPv6=accessIPv6)
updated_server = updated_server_response.entity
self.server_behaviors.wait_for_server_status(
updated_server.id, NovaServerStatusTypes.ACTIVE)
# Verify the name and access ips of the server have changed
server = self.servers_client.get_server(updated_server.id).entity
self.assertEqual(new_name,
server.name,
msg="The server name was not updated")
self.assertEqual(accessIPv4,
server.accessIPv4,
msg="AccessIPv4 address was not updated")
self.assertEqual(accessIPv6,
server.accessIPv6,
msg="AccessIPv6 address was not updated")
self.assertEqual(server.created,
updated_server.created,
msg="The server creation date was updated")
self.assertNotEqual(
server.updated,
original_server.updated,
msg="Updated time for server {server_id} "
"did not change after a modification to the server.".format(
server_id=server.id))