317 lines
13 KiB
Python
317 lines
13 KiB
Python
from __future__ import absolute_import
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import os
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import time
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from oslo_log import log
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import pandas
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import tobiko
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from tobiko import podman
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from tobiko import docker
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from tobiko.openstack import topology
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LOG = log.getLogger(__name__)
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def get_container_runtime_module():
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"""check what container runtime is running
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and return a handle to it"""
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# TODO THIS LOCKS SSH CLIENT TO CONTROLLER
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ssh_client = topology.list_openstack_nodes(group='controller')[
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0].ssh_client
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if docker.is_docker_running(ssh_client=ssh_client):
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return docker
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else:
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return podman
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container_runtime_module = get_container_runtime_module()
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def get_container_runtime_name():
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return container_runtime_module.__name__.rsplit('.', 1)[1]
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container_runtime_name = get_container_runtime_name()
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def list_node_containers(client):
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"""returns a list of containers and their run state"""
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if container_runtime_module == podman:
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return container_runtime_module.list_podman_containers(client=client)
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elif container_runtime_module == docker:
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return container_runtime_module.list_docker_containers(client=client)
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def get_container_client(ssh_client=None):
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"""returns a list of containers and their run state"""
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if container_runtime_module == podman:
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return container_runtime_module.get_podman_client(
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ssh_client=ssh_client).connect()
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elif container_runtime_module == docker:
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return container_runtime_module.get_docker_client(
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ssh_client=ssh_client).connect()
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def list_containers_df(group=None):
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actual_containers_list = list_containers(group)
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return pandas.DataFrame(
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get_container_states_list(actual_containers_list),
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columns=['container_host', 'container_name', 'container_state'])
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def list_containers(group=None):
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"""get list of containers in running state
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from specified node group
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returns : a list of overcloud_node's running containers"""
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# moved here from topology
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# reason : Workaround for :
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# AttributeError: module 'tobiko.openstack.topology' has no
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# attribute 'container_runtime'
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containers_list = tobiko.Selection()
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if group:
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openstack_nodes = topology.list_openstack_nodes(group=group)
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else:
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openstack_controllers = topology.list_openstack_nodes(
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group='controller')
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openstack_computes = topology.list_openstack_nodes(group='compute')
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openstack_nodes = openstack_controllers + openstack_computes
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for node in openstack_nodes:
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ssh_client = node.ssh_client
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container_client = get_container_client(ssh_client)
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node_containers_list = list_node_containers(client=container_client)
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containers_list.extend(node_containers_list)
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return containers_list
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expected_containers_file = '/home/stack/expected_containers_list_df.csv'
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def save_containers_state_to_file(expected_containers_list,):
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expected_containers_list_df = pandas.DataFrame(
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get_container_states_list(expected_containers_list),
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columns=['container_host', 'container_name', 'container_state'])
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expected_containers_list_df.to_csv(
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expected_containers_file)
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return expected_containers_file
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def assert_containers_running(group, expected_containers, full_name=True):
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"""assert that all containers specified in the list are running
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on the specified openstack group(controller or compute etc..)"""
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failures = []
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openstack_nodes = topology.list_openstack_nodes(group=group)
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for node in openstack_nodes:
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container_client = get_container_client(node.ssh_client)
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node_containers = list_node_containers(client=container_client)
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containers_list_df = pandas.DataFrame(
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get_container_states_list(node_containers),
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columns=['container_host', 'container_name', 'container_state'])
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# check that the containers are present
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LOG.info('node: {} containers list : {}'.format(
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node.name, containers_list_df.to_string(index=False)))
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for container in expected_containers:
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# get container attrs dataframe
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if full_name:
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container_attrs = containers_list_df.query(
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'container_name == "{}"'.format(container))
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else:
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container_attrs = containers_list_df[
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containers_list_df['container_name'].
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str.contains(container)]
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# check if the container exists
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LOG.info('checking container: {}'.format(container))
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if container_attrs.empty:
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failures.append(
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'expected container {} not found on node {} ! : \n\n'.
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format(container, node.name))
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# if container exists, check it is running
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else:
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container_state = \
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container_attrs.container_state.values.item()
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if not container_state == 'running':
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failures.append(
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'expected container {} is not running on node {} , '
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'its state is {}! : \n\n'.format(container,
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node.name,
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container_state))
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if failures:
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tobiko.fail('container states mismatched:\n{!s}', '\n'.join(failures))
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else:
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LOG.info('All tripleo common containers are in running state! ')
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def assert_all_tripleo_containers_running():
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"""check that all common tripleo containers are running
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param: group controller or compute , check containers
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sets in computes or controllers"""
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common_controller_tripleo_containers = ['cinder_api', 'cinder_api_cron',
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'cinder_scheduler', 'clustercheck',
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'glance_api', 'heat_api',
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'heat_api_cfn',
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'heat_api_cron', 'heat_engine',
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'horizon', 'iscsid', 'keystone',
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'logrotate_crond', 'memcached',
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'neutron_api', 'nova_api',
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'nova_api_cron', 'nova_conductor',
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'nova_metadata', 'nova_scheduler',
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'nova_vnc_proxy',
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'swift_account_auditor',
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'swift_account_reaper',
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'swift_account_replicator',
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'swift_account_server',
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'swift_container_auditor',
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'swift_container_replicator',
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'swift_container_server',
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'swift_container_updater',
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'swift_object_auditor',
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'swift_object_expirer',
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'swift_object_replicator',
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'swift_object_server',
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'swift_object_updater',
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'swift_proxy', 'swift_rsync']
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common_compute_tripleo_containers = ['iscsid', 'logrotate_crond',
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'nova_compute', 'nova_libvirt',
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'nova_migration_target',
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'nova_virtlogd']
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for group, group_containers in [('controller',
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common_controller_tripleo_containers),
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('compute',
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common_compute_tripleo_containers)]:
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assert_containers_running(group, group_containers)
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# TODO: need to address OSP-version specific containers here.
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# optional ovn containers checks
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assert_ovn_containers_running()
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def assert_ovn_containers_running():
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# specific OVN verifications
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if list_containers_df()['container_name'].\
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str.contains('ovn').any(axis=None):
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# TODO: deployments with networker nodes are not supported
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ovn_controller_containers = ['ovn_controller',
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'ovn-dbs-bundle-{}-'.
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format(container_runtime_name)]
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ovn_compute_containers = ['ovn_metadata_agent',
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'ovn_controller']
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for group, group_containers in [('controller',
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ovn_controller_containers),
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('compute',
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ovn_compute_containers)]:
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assert_containers_running(group, group_containers, full_name=False)
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LOG.info("Networking OVN containers verified")
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else:
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LOG.info("Networking OVN not configured")
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def comparable_container_keys(container):
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"""returns the tuple : 'container_host','container_name',
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'container_state'
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"""
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if container_runtime_module == podman:
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return (container._client._context.hostname, # pylint: disable=W0212
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container.data['names'], container.data['status'])
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elif container_runtime_module == docker:
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return (container.attrs['Config']['Hostname'],
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container.attrs['Name'].strip('/'),
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container.attrs['State']['Status'])
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def get_container_states_list(containers_list):
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container_states_list = tobiko.Selection()
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container_states_list.extend([comparable_container_keys(container) for
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container in containers_list])
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return container_states_list
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def dataframe_difference(df1, df2, which=None):
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"""Find rows which are different between two DataFrames."""
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comparison_df = df1.merge(df2,
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indicator='same_state',
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how='outer')
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if which is None:
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diff_df = comparison_df[comparison_df['same_state'] != 'both']
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else:
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diff_df = comparison_df[comparison_df['same_state'] == which]
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return diff_df
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def assert_equal_containers_state(expected_containers_list=None,
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timeout=120, interval=2,
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recreate_expected=False):
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"""compare all overcloud container states with using two lists:
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one is current , the other some past list
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first time this method runs it creates a file holding overcloud
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containers' states: /home/stack/expected_containers_list_df.csv'
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second time it creates a current containers states list and
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compares them, they must be identical"""
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# if we have a file or an explicit variable use that , otherwise create
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# and return
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if recreate_expected or (not expected_containers_list and
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not os.path.exists(expected_containers_file)):
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save_containers_state_to_file(list_containers())
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return
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elif expected_containers_list:
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expected_containers_list_df = pandas.DataFrame(
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get_container_states_list(expected_containers_list),
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columns=['container_host', 'container_name', 'container_state'])
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elif os.path.exists(expected_containers_file):
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expected_containers_list_df = pandas.read_csv(
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expected_containers_file)
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failures = []
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start = time.time()
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error_info = 'Output explanation: left_only is the original state, ' \
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'right_only is the new state'
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while time.time() - start < timeout:
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failures = []
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actual_containers_list_df = list_containers_df()
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LOG.info('expected_containers_list_df: {} '.format(
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expected_containers_list_df.to_string(index=False)))
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LOG.info('actual_containers_list_df: {} '.format(
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actual_containers_list_df.to_string(index=False)))
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# execute a `dataframe` diff between the expected and actual containers
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expected_containers_state_changed = \
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dataframe_difference(expected_containers_list_df,
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actual_containers_list_df)
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# check for changed state containerstopology
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if not expected_containers_state_changed.empty:
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failures.append('expected containers changed state ! : '
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'\n\n{}\n{}'.format(
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expected_containers_state_changed.
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to_string(index=False), error_info))
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LOG.info('container states mismatched:\n{}\n'.format(failures))
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time.sleep(interval)
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else:
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LOG.info("assert_equal_containers_state :"
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" OK, all containers are on the same state")
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return
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if failures:
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tobiko.fail('container states mismatched:\n{!s}', '\n'.join(
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failures))
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