def test_get_existed(self, common_patch):
"""测试获取已经存在的命名空间"""
client = Namespace(
CtxCluster.create(TEST_CLUSTER_ID, TEST_PROJECT_ID, token='token'))
ret = client.get_or_create_cc_namespace(
'default', 'admin', labels={'test_key': 'test_val'})
assert ret == {'name': 'default', 'namespace_id': 1}
def delete_hpa(request, project_id, cluster_id, ns_name, namespace_id, name):
# 共享集群 HPA 不允许删除
if get_cluster_type(cluster_id) == ClusterType.SHARED:
raise DeleteResourceError(_("共享集群 HPA 不支持删除"))
ctx_cluster = CtxCluster.create(token=request.user.token.access_token,
project_id=project_id,
id=cluster_id)
client = hpa_client.HPA(ctx_cluster)
try:
client.delete_ignore_nonexistent(name=name, namespace=ns_name)
except Exception as error:
logger.error("delete hpa error, namespace: %s, name: %s, error: %s",
ns_name, name, error)
raise DeleteResourceError(_("删除HPA资源失败"))
# 删除成功则更新状态
InstanceConfig.objects.filter(
namespace=namespace_id,
category=K8sResourceName.K8sHPA.value,
name=name).update(
updator=request.user.username,
oper_type=application_constants.DELETE_INSTANCE,
deleted_time=timezone.now(),
is_deleted=True,
is_bcs_success=True,
)
def get_cluster_hpa_list(request,
project_id,
cluster_id,
cluster_env,
cluster_name,
namespace=None):
"""获取基础hpa列表"""
access_token = request.user.token.access_token
project_code = request.project.english_name
hpa_list = []
try:
if request.project.kind == ProjectKind.MESOS.value:
client = mesos.MesosClient(access_token,
project_id,
cluster_id,
env=cluster_env)
hpa = client.list_hpa(namespace).get("data") or []
hpa_list = slz_mesos_hpa_info(hpa, project_code, cluster_name,
cluster_env, cluster_id)
else:
ctx_cluster = CtxCluster.create(
token=request.user.token.access_token,
project_id=project_id,
id=cluster_id)
client = hpa_client.HPA(ctx_cluster)
formatter = HPAFormatter(cluster_id, project_code, cluster_name,
cluster_env)
hpa_list = client.list(formatter=formatter)
except Exception as error:
logger.error("get hpa list error, %s", error)
return hpa_list
async def __call__(self, scope, receive, send):
query_params = dict(
parse.parse_qsl(scope['query_string'].decode('utf8')))
session_id = query_params.get("session_id", None)
if not session_id:
raise HttpResponseForbidden(_("session_id为空"))
project_id, cluster_id = self.extract_project_and_cluster_id(scope)
session = session_mgr.create(project_id, cluster_id)
ctx = session.get(session_id)
if not ctx:
raise HttpResponseForbidden(_("获取ctx为空, session_id不正确或者已经过期"))
ctx_cluster = CtxCluster.create(
id=ctx['cluster_id'],
project_id=ctx['project_id'],
token=ctx['access_token'],
)
scope["ctx_cluster"] = ctx_cluster
scope["ctx_session"] = ctx
return await self.inner(scope, receive, send)
def crd_client(self, project_id, cluster_id):
return CustomResourceDefinition(
CtxCluster.create(token='token',
project_id=project_id,
id=cluster_id),
api_version=sample_crd["apiVersion"],
)
def test_failed(self, project_id, cluster_id):
cluster = CtxCluster.create(cluster_id, project_id, token='token')
querier = BcsAPIEnvironmentQuerier(cluster)
with StubPaaSCCClient.get_cluster_by_id.mock(
return_value=fake_cc_get_cluster_result_failed):
with pytest.raises(KeyError):
assert querier.do()
def get_or_create_namespace(self, request, project_id, cluster_id):
"""创建bcs-system命名空间，如果不存在，则创建；如果存在，则直接返回数据"""
ctx_cluster = CtxCluster.create(token=request.user.token.access_token,
id=cluster_id,
project_id=project_id)
return Namespace(ctx_cluster).get_or_create_cc_namespace(
K8S_LB_NAMESPACE, request.user.username)
def common_patch(self):
ctx_cluster = CtxCluster.create(TEST_CLUSTER_ID, TEST_PROJECT_ID, token='token')
Deployment(ctx_cluster).update_or_create(
namespace=TEST_NAMESPACE, name=self.deployment_name, body=gen_deployment_body(self.deployment_name)
)
yield
Deployment(ctx_cluster).delete(namespace=TEST_NAMESPACE, name=self.deployment_name)
def cobj_client(self, project_id, cluster_id):
return get_cobj_client_by_crd(
CtxCluster.create(token='token',
project_id=project_id,
id=cluster_id),
crd_name=getitems(sample_crd, "metadata.name"),
)
def delete_hpa(request, project_id, cluster_id, ns_name, namespace_id, name):
if request.project.kind == ProjectKind.K8S.value:
ctx_cluster = CtxCluster.create(token=request.user.token.access_token,
project_id=project_id,
id=cluster_id)
client = hpa_client.HPA(ctx_cluster)
try:
client.delete_ignore_nonexistent(name=name, namespace=ns_name)
except Exception as error:
logger.error(
"delete hpa error, namespace: %s, name: %s, error: %s",
ns_name, name, error)
raise hpa_exceptions.DeleteHPAError(_("删除HPA资源失败"))
# 删除成功则更新状态
InstanceConfig.objects.filter(
namespace=namespace_id,
category=K8sResourceName.K8sHPA.value,
name=name).update(
updator=request.user.username,
oper_type=application_constants.DELETE_INSTANCE,
deleted_time=timezone.now(),
is_deleted=True,
is_bcs_success=True,
)
else:
delete_mesos_hpa(request, project_id, cluster_id, ns_name,
namespace_id, name)
def test_normal(self, project_id, cluster_id):
cluster = CtxCluster.create(cluster_id, project_id, token='token')
querier = BcsAPIEnvironmentQuerier(cluster)
with StubPaaSCCClient.get_cluster_by_id.mock(
return_value=fake_cc_get_cluster_result_ok):
api_env_name = querier.do()
assert api_env_name == 'my_stag'
def hpa_client(self, project_id, cluster_id):
try:
return hpa_client.HPA(
CtxCluster.create(token='token',
project_id=project_id,
id=cluster_id))
except ResourceNotFoundError:
pytest.skip('Can not initialize HPA client, skip')
def _update_resources(access_token, release_data, namespace_info, manifest):
ctx_cluster = CtxCluster.create(token=access_token,
id=namespace_info['cluster_id'],
project_id=release_data['project_id'])
return (Deployment(ctx_cluster).replace(
body=manifest,
name=release_data['name'],
namespace=namespace_info['name']).data.to_dict())
def _set_ctx_project_cluster(self, request, project_id: str, cluster_id: str):
from backend.container_service.clusters.base.models import CtxCluster
from backend.container_service.projects.base.models import CtxProject
access_token = 'access_token_for_test'
request.ctx_project = CtxProject.create(token=access_token, id=project_id)
if cluster_id:
request.ctx_cluster = CtxCluster.create(token=access_token, id=cluster_id, project_id=project_id)
else:
request.ctx_cluster = None
def generate_api_client(access_token: str, project_id: str,
cluster_id: str) -> ApiClient:
"""根据指定参数，生成 api_client"""
ctx_cluster = CtxCluster.create(id=cluster_id,
project_id=project_id,
token=access_token)
config = BcsKubeConfigurationService(ctx_cluster).make_configuration()
return ApiClient(config,
header_name='X-BKAPI-AUTHORIZATION',
header_value=json.dumps({"access_token": access_token}))
def test_create_nonexistent(self, common_patch):
"""测试获取不存在的命名空间（触发创建逻辑）"""
client = Namespace(
CtxCluster.create(TEST_CLUSTER_ID, TEST_PROJECT_ID, token='token'))
ret = client.get_or_create_cc_namespace(
self.namespace_for_test,
'admin',
annotations={'test_key': 'test_val'})
assert ret == {'name': self.namespace_for_test, 'namespace_id': 2}
client.delete(name=self.namespace_for_test)
def _set_ctx_project_cluster(self, request, project_id: str,
cluster_id: str):
access_token = request.user.token.access_token
request.ctx_project = CtxProject.create(token=access_token,
id=project_id)
if cluster_id:
request.ctx_cluster = CtxCluster.create(token=access_token,
id=cluster_id,
project_id=project_id)
else:
request.ctx_cluster = None
def update_or_create_crd():
client = CustomResourceDefinition(
CtxCluster.create(token='token',
project_id=TEST_PROJECT_ID,
id=TEST_CLUSTER_ID),
api_version=crd_manifest["apiVersion"],
)
name = crd_manifest['metadata']['name']
client.create(body=crd_manifest, namespace='default', name=name)
yield
client.delete_wait_finished(namespace="default", name=name)
def get_access_cluster_context(self):
"""获取访问集群需要的信息"""
# 获取集群的环境
# TODO: 这一部分逻辑后续直接放到组装kubeconfig中
ctx_cluster = CtxCluster.create(id=self.cluster_id,
project_id=self.project_id,
token=self.access_token)
env_name = BcsAPIEnvironmentQuerier(ctx_cluster).do()
return {
'server_address':
f"{settings.BCS_APIGW_DOMAIN[env_name]}/clusters/{self.cluster_id}",
'identifier': self.cluster_id,
'user_token': settings.BCS_APIGW_TOKEN,
}
def handler_k8shpa(self, ns, cluster_id, spec):
"""下发HPA配置"""
ctx_cluster = CtxCluster.create(token=self.access_token, project_id=self.project_id, id=cluster_id)
client = HPA(ctx_cluster)
name = spec["metadata"]["name"]
spec['apiVersion'] = DEFAULT_HPA_API_VERSION
try:
result = client.update_or_create(spec, name, ns)
logger.debug("deploy hpa success, %s", result)
except Exception as error:
logger.exception('deploy hpa error, %s', error)
raise Rollback({})
def _create_kubernetes_namespace(
self,
access_token: str,
username: str,
project_id: str,
cluster_id: str,
ns_name: str,
) -> Dict:
# TODO: 需要注意需要迁移到权限中心V3，通过注册到V0权限中心的命名空间ID，反查命名空间名称、集群ID及项目ID
# 连接集群创建命名空间
ctx_cluster = CtxCluster.create(token=access_token,
id=cluster_id,
project_id=project_id)
return Namespace(ctx_cluster).get_or_create_cc_namespace(
ns_name, username)
def pre_create(self, request, data):
# 1. 创建bcs-system命名空间
ns_info = self.get_or_create_namespace(request, data["project_id"],
data["cluster_id"])
data.update({
"namespace": ns_info["name"],
"namespace_id": ns_info["namespace_id"]
})
# 2. save lb config
self.create_lb_conf(data)
# 3. create label for node; format is key: value is nodetype: lb
ctx_cluster = CtxCluster.create(token=request.user.token.access_token,
id=data["cluster_id"],
project_id=data["project_id"])
LBController(ctx_cluster).add_labels(data["ip_list"])
return {"ns_info": ns_info}
def get_cluster_nodes(access_token, project_id, cluster_id):
"""获取集群下的node信息
NOTE: 节点数据通过集群中获取，避免数据不一致
"""
ctx_cluster = CtxCluster.create(
id=cluster_id,
project_id=project_id,
token=access_token,
)
try:
cluster_nodes = Node(ctx_cluster).list(is_format=False)
except Exception as e:
logger.error("查询集群内节点数据异常, %s", e)
return []
return [{
"inner_ip": node.inner_ip,
"status": node.node_status
} for node in cluster_nodes.items]
def get_cluster_hpa_list(request, project_id, cluster_id, namespace=None):
"""获取基础hpa列表"""
# 共享集群 HPA 不展示
if get_cluster_type(cluster_id) == ClusterType.SHARED:
return []
project_code = request.project.english_name
hpa_list = []
try:
ctx_cluster = CtxCluster.create(token=request.user.token.access_token,
project_id=project_id,
id=cluster_id)
client = hpa_client.HPA(ctx_cluster)
formatter = HPAFormatter(cluster_id, project_code)
hpa_list = client.list(formatter=formatter, namespace=namespace)
except Exception as error:
logger.error("get hpa list error, %s", error)
return hpa_list
def destroy(self, request, project_id, pk):
"""删除nginx ingress
1. 标识LB配置
2. 删除节点标签nodetype
3. 删除helm记录
"""
lb_conf = self.get_object()
# 标识LB被删除
self.delete_lb_conf(lb_conf)
# 删除节点标签
ip_used_data = convert_ip_used_data(request.user.token.access_token,
lb_conf.project_id,
lb_conf.cluster_id,
json.loads(lb_conf.ip_info))
ctx_cluster = CtxCluster.create(token=request.user.token.access_token,
id=lb_conf.cluster_id,
project_id=project_id)
LBController(ctx_cluster).delete_labels(ip_used_data)
# 删除helm release
release = self.get_helm_release(lb_conf.cluster_id,
K8S_LB_CHART_NAME,
namespace_id=lb_conf.namespace_id,
namespace=lb_conf.namespace)
if not release:
return Response()
user_log = log_client.ContextActivityLogClient(
project_id=project_id,
user=request.user.username,
resource_type='lb',
resource="%s:%s" % (lb_conf.cluster_id, lb_conf.namespace_id),
resource_id=pk,
)
release.destroy(username=request.user.username,
access_token=request.user.token.access_token)
user_log.log_delete(activity_status="succeed")
return Response()
def list(self, request, project_id):
# get cluster id by request
cluster_id = self.get_cluster_id(request)
# get node info
node_list = self.get_node_list(request, project_id, cluster_id)
node_list = node_list.get('results') or []
if not node_list:
return Response({'code': 0, 'result': []})
node_id_info_map = self.exclude_removed_status_node(node_list)
# get node labels
node_label_list = self.get_labels_by_node(request, project_id, node_id_info_map.keys())
# render cluster id, cluster name and cluster environment
cluster_name_env = self.get_cluster_id_info_map(request, project_id)
# 获取节点的taint
ctx_cluster = CtxCluster.create(token=request.user.token.access_token, id=cluster_id, project_id=project_id)
nodes = query_cluster_nodes(ctx_cluster)
node_list = self.compose_nodes(
node_id_info_map, node_label_list, request.project['english_name'], cluster_name_env, nodes
)
# add perm for node
nodes_results = bcs_perm.Cluster.hook_perms(request, project_id, node_list)
return Response({'count': len(node_list), 'results': nodes_results})
def ctx_cluster(cluster_id, project_id):
return CtxCluster.create(id=cluster_id,
token=generate_random_string(12),
project_id=project_id)
def list(self, request, project_id, *args, **kwargs):
""""""
project_cluster = self.get_project_cluster(request, project_id)
qs = self.get_queryset()
# 获取过滤参数
params = request.query_params
# 集群和命名空间必须传递
cluster_id = params.get('cluster_id')
namespace = params.get("namespace")
# TODO: 先写入db中，防止前端通过ID，获取数据失败；后续通过helm服务提供API
if cluster_id:
try:
ctx_cluster = CtxCluster.create(
id=cluster_id,
token=request.user.token.access_token,
project_id=project_id)
RecordReleases(ctx_cluster, namespace).record()
except Exception as e:
logger.error("获取集群内release数据失败，%s", e)
if cluster_id:
qs = qs.filter(cluster_id=cluster_id)
if namespace:
if not cluster_id:
raise ValidationError(_("命名空间作为过滤参数时，需要提供集群ID"))
qs = qs.filter(namespace=namespace)
# 获取返回的数据
slz = ReleaseListSLZ(qs, many=True)
data = slz.data
# do fix on the data which version is emtpy
iam_ns_ids = []
app_list = []
for item in data:
# 过滤掉k8s系统和bcs平台命名空间下的release
if item["namespace"] in K8S_PLAT_NAMESPACE:
continue
cluster_info = project_cluster.get(item['cluster_id']) or {
'name': item['cluster_id']
}
item['cluster_name'] = cluster_info['name']
item['iam_ns_id'] = calc_iam_ns_id(item['cluster_id'],
item['namespace'])
iam_ns_ids.append({'iam_ns_id': item['iam_ns_id']})
item['cluster_env'] = settings.CLUSTER_ENV_FOR_FRONT.get(
cluster_info.get('environment'))
item["current_version"] = item.pop("version")
if not item["current_version"]:
version = App.objects.filter(id=item["id"]).values_list(
"release__chartVersionSnapshot__version", flat=True)[0]
App.objects.filter(id=item["id"]).update(version=version)
item["current_version"] = version
# 判断任务超时，并更新字段
if self._is_transition_timeout(item["updated"],
item["transitioning_on"]):
err_msg = _("Helm操作超时，请重试!")
App.objects.filter(id=item["id"]).update(
transitioning_on=False,
transitioning_result=False,
transitioning_message=err_msg,
)
item["transitioning_result"] = False
item["transitioning_on"] = False
item["transitioning_message"] = err_msg
app_list.append(item)
result = {
"count": len(app_list),
"next": None,
"previous": None,
"results": app_list
}
try:
ns_request = NamespaceRequest(project_id=project_id,
cluster_id=cluster_id)
except TypeError:
return Response(result)
else:
return PermsResponse(
data=result,
resource_request=ns_request,
resource_data=iam_ns_ids,
)
def update(self, request, project_id, pk):
"""
更新LB配置，包含下面几种场景
1. 增加/减少LB协议类型
2. 增加/减少节点数量(标签+replica)
"""
serializer = UpdateK8SLoadBalancerSLZ(data=request.data)
serializer.is_valid(raise_exception=True)
data = serializer.data
username = request.user.username
data.update({"id": pk, "updator": username})
lb_conf = self.get_k8s_lb_info(data["id"])
del_labels_ip_list, add_labels_ip_list = self.get_ip_list(
request, data, lb_conf)
ctx_cluster = CtxCluster.create(token=request.user.token.access_token,
id=lb_conf.cluster_id,
project_id=project_id)
client = LBController(ctx_cluster)
# 删除节点配置
if del_labels_ip_list:
client.delete_labels(del_labels_ip_list)
# 添加节点配置
if add_labels_ip_list:
client.add_labels(add_labels_ip_list)
# 更新lb
self.update_lb_conf(lb_conf, data["ip_info"], data["protocol_type"],
username)
release = self.get_helm_release(lb_conf.cluster_id,
lb_conf.name,
namespace_id=lb_conf.namespace_id)
if not release:
raise error_codes.ResNotFoundError(_("没有查询到对应的release信息"))
data["namespace_id"] = lb_conf.namespace_id
user_log = log_client.ContextActivityLogClient(
project_id=project_id,
user=request.user.username,
resource_type='lb',
resource="%s:%s" % (lb_conf.cluster_id, lb_conf.namespace_id),
resource_id=pk,
extra=json.dumps(data),
)
# release 对应的版本为"(current-unchanged) v1.1.2"
version = data["version"].split(
constants.RELEASE_VERSION_PREFIX)[-1].strip()
chart_version = self.get_chart_version(project_id, version)
access_token = request.user.token.access_token
sys_variables = self.collect_system_variable(access_token, project_id,
data["namespace_id"])
updated_instance = release.upgrade_app(
access_token=access_token,
chart_version_id=chart_version.id,
answers=[],
customs=[],
valuefile=data["values_content"],
updator=username,
sys_variables=sys_variables,
)
if updated_instance.transitioning_result:
user_log.log_modify(activity_status="succeed")
return Response()
user_log.log_modify(activity_status="failed")
raise error_codes.APIError(updated_instance.transitioning_message)
{"address": fake_inner_ip, "type": "InternalIP"},
{"address": fake_node_name, "type": "Hostname"},
],
"conditions": [
{
'lastHeartbeatTime': '2021-06-08T01:55:53Z',
'lastTransitionTime': '2020-08-20T12:14:43Z',
'message': 'kubelet is posting ready status',
'reason': 'KubeletReady',
'status': 'False',
'type': 'Ready',
}
],
},
}
fake_ctx_cluster = CtxCluster.create(token="token", id="BCS-K8S-15091", project_id="test")
@patch(
"backend.container_service.clusters.tools.node.Node.list",
return_value=[NodeResourceData(name=fake_node_name, inner_ip=fake_inner_ip, data=fake_resource_data)],
)
def query_cluster_nodes(mock_list):
cluster_nodes = node.query_cluster_nodes(fake_ctx_cluster)
assert fake_inner_ip in cluster_nodes
assert cluster_nodes[fake_inner_ip]["node_name"] == fake_node_name
assert cluster_nodes[fake_inner_ip]["status"] == NodeConditionStatus.Ready
assert not cluster_nodes[fake_inner_ip]["unschedulable"]
@pytest.mark.parametrize(