# client talking to Stx standalone
import uuid
-from o2common.service.client.base_client import BaseClient
+import json
from typing import List
# Optional, Set
-from o2ims.domain import stx_object as ocloudModel
-from o2common.config import config
-from o2ims.domain.resource_type import ResourceTypeEnum
-# from dcmanagerclient.api import client
from cgtsclient.client import get_client as get_stx_client
from cgtsclient.exc import EndpointException
from dcmanagerclient.api.client import client as get_dc_client
+from o2common.config import config
+from o2common.service.client.base_client import BaseClient
+from o2ims.domain import stx_object as ocloudModel
+from o2ims.domain.resource_type import ResourceTypeEnum
+
from o2common.helper import o2logging
logger = o2logging.get_logger(__name__)
def _get(self, id) -> ocloudModel.StxGenericModel:
return self.driver.getInstanceInfo()
- def _list(self, **filters):
+ def _list(self, **filters) -> List[ocloudModel.StxGenericModel]:
return [self.driver.getInstanceInfo()]
def _set_stx_client(self):
def _get(self, id) -> ocloudModel.StxGenericModel:
return self.driver.getResourcePoolDetail(id)
- def _list(self, **filters):
+ def _list(self, **filters) -> List[ocloudModel.StxGenericModel]:
return self.driver.getResourcePoolList(**filters)
def _set_stx_client(self):
def _get(self, name) -> ocloudModel.StxGenericModel:
return self.driver.getK8sDetail(name)
- def _list(self, **filters):
+ def _list(self, **filters) -> List[ocloudModel.StxGenericModel]:
return self.driver.getK8sList(**filters)
def _set_stx_client(self):
return self.driver.getPserver(id)
def _list(self, **filters) -> List[ocloudModel.StxGenericModel]:
- filters['resourcepoolid']
return self.driver.getPserverList(**filters)
def _set_stx_client(self):
subcloud_additional_details(subcloud_id)
logger.debug('subcloud name: %s, oam_floating_ip: %s' %
(subcloud[0].name, subcloud[0].oam_floating_ip))
+ if subcloud[0].oam_floating_ip == 'unavailable':
+ raise EnvironmentError(f"{subcloud[0].name} was unavailable")
try:
os_client_args = config.get_stx_access_info(
- region_name=subcloud[0].name,
+ region_name=subcloud[0].region_name,
subcloud_hostname=subcloud[0].oam_floating_ip)
- logger.info(os_client_args)
+ # logger.info(os_client_args)
config_client = get_stx_client(**os_client_args)
except EndpointException as e:
msg = e.format_message()
if CGTSCLIENT_ENDPOINT_ERROR_MSG in msg:
os_client_args = config.get_stx_access_info(
- region_name=subcloud[0].name, sub_is_https=True,
+ region_name=subcloud[0].region_name, sub_is_https=True,
subcloud_hostname=subcloud[0].oam_floating_ip)
- logger.info(os_client_args)
+ # logger.info(os_client_args)
config_client = get_stx_client(**os_client_args)
else:
raise ValueError('Stx endpoint exception: %s' % msg)
ResourceTypeEnum.OCLOUD, systems[0]) if systems else None
def getSubcloudList(self):
+ self.dcclient = self.getDcmanagerClient()
subs = self.dcclient.subcloud_manager.list_subclouds()
known_subs = [sub for sub in subs if sub.sync_status != 'unknown']
return known_subs
if systems[0].distributed_cloud_role is None or \
systems[0].distributed_cloud_role != 'systemcontroller':
return [ocloudModel.StxGenericModel(
- ResourceTypeEnum.RESOURCE_POOL, systems[0])]
+ ResourceTypeEnum.RESOURCE_POOL,
+ self._respoolconverter(systems[0]))]
pools = []
if config.get_system_controller_as_respool():
return [ocloudModel.StxGenericModel(
ResourceTypeEnum.RESOURCE_POOL,
- respool) for respool in pools if respool]
+ self._respoolconverter(
+ respool)) for respool in pools if respool]
def getResourcePoolDetail(self, id):
self.setStxClient(id)
systems = self.stxclient.isystem.list()
logger.debug('systems:' + str(systems[0].to_dict()))
return ocloudModel.StxGenericModel(
- ResourceTypeEnum.RESOURCE_POOL, systems[0]) if systems else None
+ ResourceTypeEnum.RESOURCE_POOL,
+ self._respoolconverter(systems[0])) if systems else None
def getPserverList(self, **filters) -> List[ocloudModel.StxGenericModel]:
hosts = self.stxclient.ihost.list()
return [ocloudModel.StxGenericModel(
ResourceTypeEnum.PSERVER, self._hostconverter(host))
for host in hosts if host and (host.availability == 'available'
+ or host.availability == 'online'
or host.availability == 'degraded')]
def getPserver(self, id) -> ocloudModel.StxGenericModel:
return ocloudModel.StxGenericModel(
ResourceTypeEnum.PSERVER, self._hostconverter(host))
+ def _checkLabelExistOnHost(self, client, label_to_check, host_id,
+ check_value=False) -> bool:
+ labels = client.label.list(host_id)
+ if check_value:
+ return any(label_to_check['key'] == label.label_key and
+ label_to_check['value'] == label.label_value
+ for label in labels)
+ else:
+ return any(label_to_check['key'] == label.label_key
+ for label in labels)
+
+ def _checkLabelExistOnCluster(self, client, label_to_check,
+ check_value=False) -> bool:
+ hosts = client.ihost.list()
+ for host in hosts:
+ if self._checkLabelExistOnHost(client, label_to_check,
+ host.uuid, check_value):
+ if check_value:
+ logger.info(
+ f"host {host.hostname} has the label "
+ f"{label_to_check['key']} with value "
+ f"{label_to_check['value']}")
+ else:
+ logger.info(
+ f"host {host.hostname} has the label "
+ f"{label_to_check['key']}")
+ return True
+ return False
+
+ def _setK8sCapabilities(self, client, k8scluster):
+ capabilities = {}
+ label_OS_2chk = {'key': 'OS', 'value': 'low_latency'}
+ if self._checkLabelExistOnCluster(client, label_OS_2chk, True):
+ logger.debug("low latency host inside of the k8s cluster")
+ capabilities[label_OS_2chk['key']] = label_OS_2chk['value']
+ setattr(k8scluster, 'capabilities', json.dumps(capabilities))
+ return k8scluster
+
+ def getLabelList(self, **filters) -> List[ocloudModel.StxGenericModel]:
+ hostid = filters.get('hostid', None)
+ assert (hostid is not None), 'missing hostid to query label list'
+ labels = self.stxclient.label.list(hostid)
+ return [ocloudModel.StxGenericModel(
+ ResourceTypeEnum.PSERVER_LABEL,
+ self._labelconverter(label)) for label in labels if label]
+
def getK8sList(self, **filters) -> List[ocloudModel.StxGenericModel]:
- systems = self.stxclient.isystem.list()
- logger.debug('system controller distributed_cloud_role:' +
- str(systems[0].distributed_cloud_role))
+ def process_cluster(client, cluster):
+ setattr(cluster, 'cloud_name', systems[0].name)
+ setattr(cluster, 'cloud_uuid', systems[0].uuid)
+ cluster = self._setK8sCapabilities(client, cluster)
+ logger.debug('k8sresources cluster_api_endpoint: ' +
+ str(cluster.cluster_api_endpoint))
+ return ocloudModel.StxGenericModel(ResourceTypeEnum.DMS,
+ self._k8sconverter(cluster),
+ self._k8shasher(cluster))
- if systems[0].distributed_cloud_role is None or \
- systems[0].distributed_cloud_role != 'systemcontroller':
- k8sclusters = self.stxclient.kube_cluster.list()
- setattr(k8sclusters[0], 'cloud_name', systems[0].name)
- logger.debug('k8sresources[0]:' + str(k8sclusters[0].to_dict()))
- # logger.debug('k8sresources[0] cluster_api_endpoint: ' +
- # str(k8sclusters[0].cluster_api_endpoint))
- return [ocloudModel.StxGenericModel(
- ResourceTypeEnum.DMS,
- self._k8sconverter(k8sres), self._k8shasher(k8sres))
- for k8sres in k8sclusters if k8sres]
+ systems = self.stxclient.isystem.list()
+ distributed_cloud_role = systems[0].distributed_cloud_role
+ logger.debug((
+ f'system controller distributed_cloud_role: '
+ f'{distributed_cloud_role}'))
k8s_list = []
+
+ if distributed_cloud_role is None or distributed_cloud_role != \
+ 'systemcontroller':
+ k8s_list.extend(
+ [process_cluster(self.stxclient, k8s)
+ for k8s in self.stxclient.kube_cluster.list() if k8s])
+ return k8s_list
+
if config.get_system_controller_as_respool():
- k8sclusters = self.stxclient.kube_cluster.list()
- setattr(k8sclusters[0], 'cloud_name', systems[0].name)
- logger.debug('k8sresources[0]:' + str(k8sclusters[0].to_dict()))
- # logger.debug('k8sresources[0] cluster_api_endpoint: ' +
- # str(k8sclusters[0].cluster_api_endpoint))
- k8s_list.append(k8sclusters[0])
+ k8s_list.extend(
+ [process_cluster(self.stxclient, k8s)
+ for k8s in self.stxclient.kube_cluster.list() if k8s])
subclouds = self.getSubcloudList()
- logger.debug('subclouds numbers: %s' % len(subclouds))
+ logger.debug(f'subclouds numbers: {len(subclouds)}')
+
for subcloud in subclouds:
try:
subcloud_stxclient = self.getSubcloudClient(
subcloud.subcloud_id)
systems = subcloud_stxclient.isystem.list()
k8sclusters = subcloud_stxclient.kube_cluster.list()
- setattr(k8sclusters[0], 'cloud_name', systems[0].name)
- logger.debug('k8sresources[0]:' +
- str(k8sclusters[0].to_dict()))
- # logger.debug('k8sresources[0] cluster_api_endpoint: ' +
- # str(k8sclusters[0].cluster_api_endpoint))
- k8s_list.append(k8sclusters[0])
+ k8s_list.extend([process_cluster(subcloud_stxclient, k8s)
+ for k8s in k8sclusters if k8s])
except Exception as ex:
- logger.warning('Failed get cgstclient of subcloud %s: %s' %
- (subcloud.name, ex))
+ logger.warning((
+ f'Failed to get cgstclient of subcloud '
+ f'{subcloud.name}: {ex}'))
continue
- return [ocloudModel.StxGenericModel(ResourceTypeEnum.DMS,
- self._k8sconverter(k8sres), self._k8shasher(k8sres))
- for k8sres in k8s_list if k8sres]
+ return k8s_list
def getK8sDetail(self, name) -> ocloudModel.StxGenericModel:
+ def process_k8s_cluster(client, k8s_cluster, cloud_name, cloud_uuid):
+ setattr(k8s_cluster, 'cloud_name', cloud_name)
+ setattr(k8s_cluster, 'cloud_uuid', cloud_uuid)
+ k8s_cluster = self._setK8sCapabilities(client, k8s_cluster)
+ return k8s_cluster
+
systems = self.stxclient.isystem.list()
+ system_name = systems[0].name
+ system_uuid = systems[0].uuid
+
if not name:
- k8sclusters = self.stxclient.kube_cluster.list()
- # logger.debug("k8sresources[0]:" + str(k8sclusters[0].to_dict()))
- setattr(k8sclusters[0], 'cloud_name', systems[0].name)
- k8scluster = k8sclusters.pop()
+ k8s_clusters = self.stxclient.kube_cluster.list()
+ k8s_cluster = process_k8s_cluster(
+ self.stxclient, k8s_clusters.pop(), system_name)
else:
sname = name.split('.')
cloud_name = '.'.join(sname[:-1])
k8s_name = sname[-1]
- if cloud_name == systems[0].name:
- k8scluster = self.stxclient.kube_cluster.get(k8s_name)
- setattr(k8scluster, 'cloud_name', cloud_name)
+
+ if cloud_name == system_name:
+ k8s_cluster = process_k8s_cluster(
+ self.stxclient,
+ self.stxclient.kube_cluster.get(k8s_name), cloud_name,
+ system_uuid)
else:
subclouds = self.getSubcloudList()
- subcloud_id = [
+ subcloud_id = next(
sub.subcloud_id for sub in subclouds
- if sub.name == cloud_name][0]
+ if sub.name == cloud_name)
subcloud_stxclient = self.getSubcloudClient(subcloud_id)
- k8scluster = subcloud_stxclient.kube_cluster.get(k8s_name)
- setattr(k8scluster, 'cloud_name', cloud_name)
- # logger.debug('k8sresources[0]:' +
- # str(k8sclusters[0].to_dict()))
- # logger.debug('k8sresources[0] cluster_api_endpoint: ' +
- # str(k8sclusters[0].cluster_api_endpoint))
-
- if not k8scluster:
+ systems = subcloud_stxclient.isystem.list()
+ system_uuid = systems[0].uuid
+ k8s_cluster = process_k8s_cluster(
+ subcloud_stxclient,
+ subcloud_stxclient.kube_cluster.get(k8s_name), cloud_name,
+ system_uuid)
+
+ if not k8s_cluster:
return None
- logger.debug('k8sresource:' + str(k8scluster.to_dict()))
+
+ logger.debug(f'k8sresource: {k8s_cluster.to_dict()}')
return ocloudModel.StxGenericModel(
- ResourceTypeEnum.DMS,
- self._k8sconverter(k8scluster), self._k8shasher(k8scluster))
+ ResourceTypeEnum.DMS, self._k8sconverter(k8s_cluster),
+ self._k8shasher(k8s_cluster))
def getCpuList(self, **filters) -> List[ocloudModel.StxGenericModel]:
hostid = filters.get('hostid', None)
'more than one system exists in the account.')
return isystems[0]
+ @ staticmethod
+ def _respoolconverter(res_pool):
+ setattr(res_pool, 'name', res_pool.region_name)
+ return res_pool
+
@ staticmethod
def _hostconverter(host):
+ selected_keys = [
+ "hostname", "personality", "id", "mgmt_ip", "mgmt_mac",
+ "software_load", "capabilities",
+ "operational", "availability", "administrative",
+ "boot_device", "rootfs_device", "install_state", "subfunctions",
+ "clock_synchronization", "max_cpu_mhz_allowed"
+ ]
+ content = host.to_dict()
+ filtered = dict(
+ filter(lambda item: item[0] in selected_keys, content.items()))
+ setattr(host, 'filtered', filtered)
setattr(host, 'name', host.hostname)
return host
+ @ staticmethod
+ def _labelconverter(label):
+ selected_keys = [
+ "uuid", "label_key", "label_value", "host_uuid"
+ ]
+ content = label.to_dict()
+ print(content)
+ filtered = dict(
+ filter(lambda item: item[0] in selected_keys, content.items()))
+ setattr(label, 'filtered', filtered)
+ setattr(label, 'name', label.uuid.split(
+ '-', 1)[0] + '-label-' + label.label_key)
+ setattr(label, 'updated_at', None)
+ setattr(label, 'created_at', None)
+ return label
+
@ staticmethod
def _cpuconverter(cpu):
+ selected_keys = [
+ "cpu", "core", "thread", "allocated_function", "numa_node",
+ "cpu_model", "cpu_family"
+ ]
+ content = cpu.to_dict()
+ filtered = dict(
+ filter(lambda item: item[0] in selected_keys, content.items()))
+ setattr(cpu, 'filtered', filtered)
setattr(cpu, 'name', cpu.ihost_uuid.split(
'-', 1)[0] + '-cpu-'+str(cpu.cpu))
return cpu
@ staticmethod
def _memconverter(mem):
+ selected_keys = [
+ "memtotal_mib", "memavail_mib", "vm_hugepages_use_1G",
+ "vm_hugepages_possible_1G", "hugepages_configured",
+ "vm_hugepages_avail_1G", "vm_hugepages_nr_1G",
+ "vm_hugepages_nr_4K", "vm_hugepages_nr_2M",
+ "vm_hugepages_possible_2M", "vm_hugepages_avail_2M",
+ "platform_reserved_mib", "numa_node"
+ ]
+ content = mem.to_dict()
+ filtered = dict(
+ filter(lambda item: item[0] in selected_keys, content.items()))
+ setattr(mem, 'filtered', filtered)
setattr(mem, 'name', mem.ihost_uuid.split('-', 1)[0] +
'-mem-node-'+str(mem.numa_node))
return mem
@ staticmethod
def _ethconverter(eth):
+ selected_keys = [
+ "name", "namedisplay", "dev_id", "pdevice", "capabilities",
+ "type", "driver", "mac", "numa_node",
+ "pciaddr", "pclass", "psvendor", "psdevice",
+ "sriov_totalvfs", "sriov_numvfs", "dpdksupport",
+ "sriov_vf_driver", "sriov_vf_pdevice_id", "interface_uuid"
+ ]
+ content = eth.to_dict()
+ filtered = dict(
+ filter(lambda item: item[0] in selected_keys, content.items()))
+ setattr(eth, 'filtered', filtered)
setattr(eth, 'name', eth.host_uuid.split('-', 1)[0] + '-'+eth.name)
setattr(eth, 'updated_at', None)
setattr(eth, 'created_at', None)
@ staticmethod
def _ifconverter(ifs):
+ selected_keys = [
+ "ifname", "iftype", "imac", "vlan_id", "imtu",
+ "ifclass", "uses", "max_tx_rate",
+ "sriov_vf_driver", "sriov_numvfs", "ptp_role"
+ ]
+ content = ifs.to_dict()
+ filtered = dict(
+ filter(lambda item: item[0] in selected_keys, content.items()))
+ setattr(ifs, 'filtered', filtered)
setattr(ifs, 'name', ifs.ihost_uuid.split('-', 1)[0] + '-'+ifs.ifname)
setattr(ifs, 'updated_at', None)
setattr(ifs, 'created_at', None)
@ staticmethod
def _devconverter(dev):
+ selected_keys = [
+ "name", "pdevice", "pciaddr", "pvendor_id", "pvendor",
+ "pclass_id", "pclass", "psvendor", "psdevice",
+ "sriov_totalvfs", "sriov_numvfs", "numa_node"
+ ]
+ content = dev.to_dict()
+ filtered = dict(
+ filter(lambda item: item[0] in selected_keys, content.items()))
+ setattr(dev, 'filtered', filtered)
setattr(dev, 'name', dev.host_uuid.split('-', 1)[0] + '-'+dev.name)
return dev
setattr(cluster, 'name', cluster.cloud_name +
'.' + cluster.cluster_name)
setattr(cluster, 'uuid',
- uuid.uuid3(uuid.NAMESPACE_URL, cluster.name))
+ uuid.uuid3(uuid.NAMESPACE_URL, cluster.cloud_uuid))
setattr(cluster, 'updated_at', None)
setattr(cluster, 'created_at', None)
setattr(cluster, 'events', [])
@ staticmethod
def _k8shasher(cluster):
return str(hash((cluster.cluster_name, cluster.cloud_name,
- cluster.cluster_api_endpoint, cluster.admin_user)))
+ cluster.cluster_api_endpoint, cluster.admin_user,
+ cluster.capabilities)))
Code Review / pti / o2.git / blobdiff