def task_network_id(self):
self.wait_for_components(self.neutron, self.osclient, self.keystone)
tempest_nodes = self.hosts_with_component('tempest')
netter = util.rand_pick(tempest_nodes)
r = self.call_do(netter, self.do_network_id)
self.network_id = r[next(iter(netter))]['return_value']
assert self.network_id
def task_mariadb_steps(self):
h = self.hosts_with_service('mariadb')
host_ips = []
for n in h:
i = self.get_node(n)['inv']
addr = self.get_addr_for(i, 'listen')
host_ips.append(addr)
self.call_do(h, self.do_mariadb_cfg, c_kwargs={'nodes': host_ips})
state_dir = self.get_mariadb_state_dir()
self.file_path(state_dir,
owner=os.getuid(),
group=os.getgid())
seed = util.rand_pick(h)
self.call_do(seed, self.do_mariadb_galera_seed)
self.mark_mariadb_boostrap()
self.call_do(h, self.do_mariadb)
while True:
r = self.call_do(h, self.do_mariadb_query_state)
wsrep_cluster_conf_id = set()
for n, res in r.items():
wsrep_cluster_conf_id.add(res['return_value']['wsrep_cluster_conf_id'])
if res['return_value']['wsrep_cluster_size'] != len(h):
LOG.info('Wating for mariadb cluster size to change')
time.sleep(0.1)
continue
if len(wsrep_cluster_conf_id) != 1:
LOG.info('Wating for mariadb cluster conf sync')
time.sleep(0.1)
else:
break
self.call_do(seed, self.do_create_clustr_user)
self.call_do(seed, self.do_handle_schemas, c_kwargs={'schemas': self.schema_registry})
def task_keystone_db(self):
self.wait_for_components(self.sql)
# TODO: change the function to near db and near key parts
schema_node_candidate = self.hosts_with_service('keystone')
schema_node = util.rand_pick(schema_node_candidate)
sync_cmd = 'su -s /bin/sh -c "keystone-manage db_sync" keystone'
self.call_do(schema_node,
facility.do_retrycmd_after_content,
c_args=(sync_cmd, ))
def task_keystone_fernet(self):
keystones = self.hosts_with_service('keystone')
src_node = util.rand_pick(keystones)
dst_nodes = keystones - src_node
assert src_node
self.call_do(src_node, self.do_fernet_init)
if dst_nodes:
ret = self.call_do(src_node, self.do_fetch_fernet_as_tar)
fernet_tar = ret[next(iter(src_node))]['return_value']
self.distribute_for_command(dst_nodes, fernet_tar, 'tar -C / -x')
def task_glance_steps(self):
schema_node_candidate = self.hosts_with_service('glance-api')
schema_node = util.rand_pick(schema_node_candidate)
self.wait_for_components(self.sql)
sync_cmd = 'su -s /bin/sh -c "glance-manage db_sync && glance-manage db load_metadefs" glance'
self.call_do(schema_node, facility.do_retrycmd_after_content, c_args=(sync_cmd, ))
self.wait_for_components(self.messaging)
# start services
self.call_do(self.hosts_with_any_service(g_srv), self.do_local_glance_service_start)
facility.task_wants(self.keystone.final_task, *set.union(*(s['component'].get_waits_for_glance_task() for s in self.backends)))
def task_neutron_steps(self):
self.wait_for_components(self.sql)
schema_node_candidate = self.hosts_with_service('neutron-server')
schema_node = util.rand_pick(schema_node_candidate)
sync_cmd = 'su -s /bin/sh -c "neutron-db-manage --config-file /etc/neutron/neutron.conf --config-file /etc/neutron/plugins/ml2/ml2_conf.ini upgrade head" neutron'
self.call_do(schema_node,
facility.do_retrycmd_after_content,
c_args=(sync_cmd, ))
facility.task_will_need(self.task_net_config)
self.wait_for_components(self.messaging)
facility.task_wants(self.task_net_config)
q_srv = set(self.services.keys())
self.call_do(self.hosts_with_any_service(q_srv),
self.do_local_neutron_service_start)
self.wait_for_components(self.messaging)
self.wait_for_components(self.osclient)
self.call_do(util.rand_pick(self.hosts_with_service('neutron-server')),
self.do_dummy_public_net)
def task_placement_steps(self):
placements = self.hosts_with_service('placement-api')
schema_node_candidate = placements
schema_node = util.rand_pick(schema_node_candidate)
self.wait_for_components(self.sql)
sync_cmd = 'su -s /bin/sh -c "placement-manage db sync" placement'
self.call_do(schema_node,
facility.do_retrycmd_after_content,
c_args=(sync_cmd, ))
self.call_do(placements, self.do_local_placement_service_start)
def task_cinder_steps(self):
c_srv = set(self.services.keys())
self.wait_for_components(self.sql)
schema_node_candidate = self.hosts_with_service('cinder-api')
schema_node = util.rand_pick(schema_node_candidate)
sync_cmd = 'su -s /bin/sh -c "cinder-manage db sync" cinder'
self.call_do(schema_node, facility.do_retrycmd_after_content, c_args=(sync_cmd, ))
# start services
self.call_do(self.hosts_with_any_service(c_srv), self.do_local_cinder_service_start)
self.wait_for_components(self.messaging, self.keystone)
facility.task_wants(self.keystone.final_task, self.messaging.final_task,
*set.union(*(s['component'].get_waits_for_cinder_task() for s in self.backends)))
def task_tempest_steps(self):
tempest_nodes = self.hosts_with_component('tempest')
self.call_do(tempest_nodes, self.do_fetch_image)
self.wait_for_components(self.glance, self.osclient, self.keystone)
imager = util.rand_pick(tempest_nodes)
r = self.call_do(imager, self.do_ensure_test_images)
(image_ref, image_ref_alt) = r[next(iter(imager))]['return_value']
facility.task_wants(self.task_network_id)
self.call_do(tempest_nodes,
self.do_tempest_cfg,
c_kwargs={
'image_ref':
image_ref,
'image_ref_alt':
image_ref_alt,
'public_network_id':
self.network_id,
'min_compute_nodes':
len(self.hosts_with_service('nova-compute'))
})
facility.task_wants(self.task_nova_flavors)
def task_nova_steps(self):
novas = self.hosts_with_service('nova-api')
schema_node_candidate = novas
schema_node = util.rand_pick(schema_node_candidate)
self.wait_for_components(self.sql)
sync_cmd = 'su -s /bin/sh -c "nova-manage api_db sync" nova'
self.call_do(schema_node,
facility.do_retrycmd_after_content,
c_args=(sync_cmd, ))
# actual cell sync is the nova db sync
sync_cmd = 'su -s /bin/sh -c "nova-manage cell_v2 map_cell0 && (nova-manage cell_v2 list_cells | grep \'^| .*cell1\' -q || nova-manage cell_v2 create_cell --name=cell1 --verbose)"'
self.call_do(schema_node,
facility.do_retrycmd_after_content,
c_args=(sync_cmd, ))
sync_cmd = 'su -s /bin/sh -c "nova-manage db sync" nova'
self.call_do(schema_node,
facility.do_retrycmd_after_content,
c_args=(sync_cmd, ))
n_srv = set(self.services.keys())
wait_list = [self.messaging]
if self.novncweb:
wait_list.append(self.novncweb)
if self.spiceweb:
wait_list.append(self.spiceweb)
self.wait_for_components(*wait_list)
# start services
self.call_do(self.hosts_with_any_service(n_srv),
self.do_local_nova_service_start)
self.wait_for_components(self.keystone, self.virtdriver)
self.call_do(novas, self.do_cell_reg)
def task_keystone_users(self):
facility.task_wants(self.task_cfg_keystone_steps, self.task_cfg_httpd)
self.call_do(util.rand_pick(self.hosts_with_service('keystone')),
self.do_keystone_user_sync,
c_args=(self.registered_user_dom, ))
def task_cfg_keystone_steps(self):
facility.task_will_need(self.task_cfg_httpd)
facility.task_wants(self.task_keystone_db, self.task_keystone_fernet)
keystones = self.hosts_with_service('keystone')
self.call_do(util.rand_pick(keystones), self.do_keystone_init)
def step_keystone_endpoints(self):
facility.task_wants(task_cfg_keystone_steps, self.task_cfg_httpd)
self.call_do(util.rand_pick(self.hosts_with_service('keystone')),
self.do_keystone_endpoint_sync,
c_args=(self.registered_endpoints))
def task_nova_flavors(self):
self.wait_for_components(self.neutron, self.osclient, self.keystone)
self.call_do(util.rand_pick(self.hosts_with_component('tempest')),
self.do_ensure_flavors)
