def _get_barbican_secret_payload(ctxt, secret_ref):
session = keystone.create_keystone_session(ctxt)
barbican = barbican_client.Client(session=session)
sec = utils.retry_on_error()(barbican.secrets.get)(secret_ref)
# NOTE: accessing `payload` leads to another API call being made:
payload = utils.retry_on_error()(getattr)(sec, "payload")
return payload
def import_instance(self, ctxt, connection_info, target_environment,
instance_name, export_info):
session = keystone.create_keystone_session(ctxt, connection_info)
nova = nova_client.Client(NOVA_API_VERSION, session=session)
glance = glance_client.Client(GLANCE_API_VERSION, session=session)
neutron = neutron_client.Client(NEUTRON_API_VERSION, session=session)
cinder = cinder_client.Client(CINDER_API_VERSION, session=session)
glance_upload = target_environment.get(
"glance_upload", CONF.openstack_migration_provider.glance_upload)
target_disk_format = target_environment.get(
"disk_format", CONF.openstack_migration_provider.disk_format)
container_format = target_environment.get(
"container_format",
CONF.openstack_migration_provider.container_format)
hypervisor_type = target_environment.get(
"hypervisor_type",
CONF.openstack_migration_provider.hypervisor_type)
fip_pool_name = target_environment.get(
"fip_pool_name", CONF.openstack_migration_provider.fip_pool_name)
network_map = target_environment.get("network_map", {})
keypair_name = target_environment.get("keypair_name")
migr_image_name = target_environment.get(
"migr_image_name",
CONF.openstack_migration_provider.migr_image_name)
migr_flavor_name = target_environment.get(
"migr_flavor_name",
CONF.openstack_migration_provider.migr_flavor_name)
migr_fip_pool_name = target_environment.get(
"migr_fip_pool_name",
CONF.openstack_migration_provider.fip_pool_name or fip_pool_name)
migr_network_name = target_environment.get(
"migr_network_name",
CONF.openstack_migration_provider.migr_network_name)
flavor_name = target_environment.get("flavor_name", migr_flavor_name)
if not migr_network_name:
if len(network_map) != 1:
raise exception.CoriolisException(
'If "migr_network_name" is not provided, "network_map" '
'must contain exactly one entry')
migr_network_name = network_map.values()[0]
disks_info = export_info["devices"]["disks"]
images = []
volumes = []
volume_devs = []
if glance_upload:
for disk_info in disks_info:
disk_path = disk_info["path"]
disk_file_info = utils.get_disk_info(disk_path)
# if target_disk_format == disk_file_info["format"]:
# target_disk_path = disk_path
# else:
# target_disk_path = (
# "%s.%s" % (os.path.splitext(disk_path)[0],
# target_disk_format))
# utils.convert_disk_format(disk_path, target_disk_path,
# target_disk_format)
self._event_manager.progress_update("Uploading Glance image")
disk_format = disk_file_info["format"]
image = self._create_image(
glance, self._get_unique_name(),
disk_path, disk_format,
container_format, hypervisor_type)
images.append(image)
virtual_disk_size = disk_file_info["virtual-size"]
if disk_format != constants.DISK_FORMAT_RAW:
virtual_disk_size += DISK_HEADER_SIZE
self._event_manager.progress_update("Creating Cinder volume")
volume_size_gb = math.ceil(virtual_disk_size / units.Gi)
volume = nova.volumes.create(
size=volume_size_gb,
display_name=self._get_unique_name(),
imageRef=image.id)
volumes.append(volume)
migr_resources = self._deploy_migration_resources(
nova, glance, neutron, migr_image_name, migr_flavor_name,
migr_network_name, migr_fip_pool_name)
nics_info = export_info["devices"].get("nics", [])
try:
for i, volume in enumerate(volumes):
self._wait_for_volume(nova, volume, 'available')
self._event_manager.progress_update("Deleting Glance image")
glance.images.delete(images[i].id)
self._event_manager.progress_update(
"Attaching volume to worker instance")
# TODO: improve device assignment
if hypervisor_type == constants.HYPERVISOR_HYPERV:
volume_dev_base = "/dev/sd%s"
else:
volume_dev_base = "/dev/vd%s"
volume_dev = volume_dev_base % chr(ord('a') + i + 1)
volume_devs.append(volume_dev)
self._attach_volume(nova, migr_resources.get_instance(),
volume, volume_dev)
guest_conn_info = migr_resources.get_guest_connection_info()
self._event_manager.progress_update(
"Preparing instance for target platform")
osmorphing_manager.morph_image(guest_conn_info,
hypervisor_type,
constants.PLATFORM_OPENSTACK,
volume_devs,
nics_info,
self._event_manager)
finally:
self._event_manager.progress_update(
"Removing worker instance resources")
migr_resources.delete()
self._event_manager.progress_update("Renaming volumes")
for i, volume in enumerate(volumes):
new_volume_name = "%s %s" % (instance_name, i + 1)
cinder.volumes.update(volume.id, name=new_volume_name)
ports = []
for nic_info in nics_info:
self._event_manager.progress_update(
"Creating Neutron port for migrated instance")
origin_network_name = nic_info.get("network_name")
if not origin_network_name:
self._warn("Origin network name not provided for for nic: %s, "
"skipping", nic_info.get("name"))
continue
network_name = network_map.get(origin_network_name)
if not network_name:
raise exception.CoriolisException(
"Network not mapped in network_map: %s" %
origin_network_name)
ports.append(self._create_neutron_port(
neutron, network_name, nic_info.get("mac_address")))
self._event_manager.progress_update(
"Creating migrated instance")
instance = self._create_target_instance(
nova, flavor_name, instance_name, keypair_name, ports, volumes,
migr_image_name)
def import_instance(self, ctxt, connection_info, target_environment,
instance_name, export_info):
session = keystone.create_keystone_session(ctxt, connection_info)
glance_api_version = connection_info.get("image_api_version",
GLANCE_API_VERSION)
nova = nova_client.Client(NOVA_API_VERSION, session=session)
glance = glance_client.Client(glance_api_version, session=session)
neutron = neutron_client.Client(NEUTRON_API_VERSION, session=session)
cinder = cinder_client.Client(CINDER_API_VERSION, session=session)
os_type = export_info.get('os_type')
LOG.info("os_type: %s", os_type)
glance_upload = target_environment.get(
"glance_upload", CONF.openstack_migration_provider.glance_upload)
target_disk_format = target_environment.get(
"disk_format", CONF.openstack_migration_provider.disk_format)
container_format = target_environment.get(
"container_format",
CONF.openstack_migration_provider.container_format)
hypervisor_type = target_environment.get(
"hypervisor_type",
CONF.openstack_migration_provider.hypervisor_type)
fip_pool_name = target_environment.get(
"fip_pool_name", CONF.openstack_migration_provider.fip_pool_name)
network_map = target_environment.get("network_map", {})
keypair_name = target_environment.get("keypair_name")
migr_image_name = target_environment.get(
"migr_image_name",
target_environment.get("migr_image_name_map", {}).get(
os_type,
CONF.openstack_migration_provider.migr_image_name_map.get(
os_type)))
migr_flavor_name = target_environment.get(
"migr_flavor_name",
CONF.openstack_migration_provider.migr_flavor_name)
migr_fip_pool_name = target_environment.get(
"migr_fip_pool_name",
fip_pool_name or CONF.openstack_migration_provider.fip_pool_name)
migr_network_name = target_environment.get(
"migr_network_name",
CONF.openstack_migration_provider.migr_network_name)
flavor_name = target_environment.get("flavor_name", migr_flavor_name)
if not migr_image_name:
raise exception.CoriolisException(
"No matching migration image type found")
LOG.info("Migration image name: %s", migr_image_name)
if not migr_network_name:
if len(network_map) != 1:
raise exception.CoriolisException(
'If "migr_network_name" is not provided, "network_map" '
'must contain exactly one entry')
migr_network_name = network_map.values()[0]
disks_info = export_info["devices"]["disks"]
images = []
volumes = []
ports = []
try:
if glance_upload:
for disk_info in disks_info:
disk_path = disk_info["path"]
disk_file_info = utils.get_disk_info(disk_path)
# if target_disk_format == disk_file_info["format"]:
# target_disk_path = disk_path
# else:
# target_disk_path = (
# "%s.%s" % (os.path.splitext(disk_path)[0],
# target_disk_format))
# utils.convert_disk_format(disk_path, target_disk_path,
# target_disk_format)
self._event_manager.progress_update(
"Uploading Glance image")
disk_format = disk_file_info["format"]
image = self._create_image(
glance, self._get_unique_name(),
disk_path, disk_format,
container_format, hypervisor_type)
images.append(image)
self._event_manager.progress_update(
"Waiting for Glance image to become active")
self._wait_for_image(nova, image)
virtual_disk_size = disk_file_info["virtual-size"]
if disk_format != constants.DISK_FORMAT_RAW:
virtual_disk_size += DISK_HEADER_SIZE
self._event_manager.progress_update(
"Creating Cinder volume")
volume_size_gb = math.ceil(virtual_disk_size / units.Gi)
volume = nova.volumes.create(
size=volume_size_gb,
display_name=self._get_unique_name(),
imageRef=image.id)
volumes.append(volume)
migr_resources = self._deploy_migration_resources(
nova, glance, neutron, os_type, migr_image_name,
migr_flavor_name, migr_network_name, migr_fip_pool_name)
nics_info = export_info["devices"].get("nics", [])
try:
for i, volume in enumerate(volumes):
self._wait_for_volume(nova, volume, 'available')
self._event_manager.progress_update(
"Attaching volume to worker instance")
self._attach_volume(nova, migr_resources.get_instance(),
volume)
conn_info = migr_resources.get_guest_connection_info()
osmorphing_hv_type = self._get_osmorphing_hypervisor_type(
hypervisor_type)
self._event_manager.progress_update(
"Preparing instance for target platform")
osmorphing_manager.morph_image(conn_info,
os_type,
osmorphing_hv_type,
constants.PLATFORM_OPENSTACK,
nics_info,
self._event_manager)
finally:
self._event_manager.progress_update(
"Removing worker instance resources")
migr_resources.delete()
self._event_manager.progress_update("Renaming volumes")
for i, volume in enumerate(volumes):
new_volume_name = "%s %s" % (instance_name, i + 1)
cinder.volumes.update(volume.id, name=new_volume_name)
for nic_info in nics_info:
self._event_manager.progress_update(
"Creating Neutron port for migrated instance")
origin_network_name = nic_info.get("network_name")
if not origin_network_name:
self._warn("Origin network name not provided for for nic: "
"%s, skipping", nic_info.get("name"))
continue
network_name = network_map.get(origin_network_name)
if not network_name:
raise exception.CoriolisException(
"Network not mapped in network_map: %s" %
origin_network_name)
ports.append(self._create_neutron_port(
neutron, network_name, nic_info.get("mac_address")))
self._event_manager.progress_update(
"Creating migrated instance")
self._create_target_instance(
nova, flavor_name, instance_name, keypair_name, ports, volumes)
except Exception:
self._event_manager.progress_update("Deleting volumes")
for volume in volumes:
@utils.ignore_exceptions
@utils.retry_on_error()
def _del_volume():
volume.delete()
_del_volume()
self._event_manager.progress_update("Deleting Neutron ports")
for port in ports:
@utils.ignore_exceptions
@utils.retry_on_error()
def _del_port():
neutron.delete_port(port["id"])
_del_port()
raise
finally:
self._event_manager.progress_update("Deleting Glance images")
for image in images:
@utils.ignore_exceptions
@utils.retry_on_error()
def _del_image():
image.delete()
_del_image()
def get_secret(ctxt, secret_ref):
session = keystone.create_keystone_session(ctxt)
barbican = barbican_client.Client(session=session)
return json.loads(barbican.secrets.get(secret_ref).payload)
def get_secret(ctxt, secret_ref):
session = keystone.create_keystone_session(ctxt)
barbican = barbican_client.Client(session=session)
return json.loads(barbican.secrets.get(secret_ref).payload)
