def _generate(self, inject_configs: List[Dict],
bcs_variables: Dict[str, str]) -> List[ResourceData]:
"""注入变量、渲染系统配置到原始的manifest中，最终生成待下发的ResourceData列表"""
resource_list = []
for raw_manifest in self._get_raw_manifests():
rendered_manifest = self._render_with_variables(
raw_manifest, bcs_variables)
for manifest in self._inject_bcs_info(rendered_manifest,
inject_configs):
self._set_namespace(manifest)
resource_list.append(
ResourceData(
kind=manifest.get('kind'),
name=getitems(manifest, 'metadata.name'),
namespace=getitems(manifest,
'metadata.namespace',
default=''),
manifest=manifest,
version=self.res_ctx.show_version.name,
revision=self.res_ctx.show_version.latest_revision,
))
return resource_list
def filter_pods(self, namespace, filter_reference_name, filter_pod_name,
host_ips):
resp = self.api_instance.list_namespaced_pod(namespace,
_preload_content=False)
data = json.loads(resp.data)
pods_map = {}
for info in data.get('items') or []:
pod_name = getitems(info, ['metadata', 'name'], '')
pod_namespace = getitems(info, ['metadata', 'namespace'], '')
item = self.render_resource(self.resource_kind, info, pod_name,
pod_namespace)
# 如果过滤参数都不存在时，返回所有
if not (filter_reference_name or filter_pod_name or host_ips):
pods_map[pod_name] = item
# TODO: 是否有必要把下面几个拆分到方法中
# 过滤reference
if filter_reference_name:
pods_map = self.filter_pods_by_reference_name(
pod_name, info, filter_reference_name, pods_map, item)
# 过滤pod name
if filter_pod_name and pod_name == filter_pod_name:
pods_map[pod_name] = item
# 过滤host ip
if host_ips:
pods_map = self.filter_pods_by_ips(pod_name, info, host_ips,
pods_map, item)
# 转换为list，防止view层出现错误`TypeError: 'dict_values' object does not support indexing`
return list(pods_map.values())
def parse(self) -> str:
""" 获取 Pod 总状态 """
# 1. 默认使用 Pod.Status.Phase
self.tol_status = getitems(self.pod, 'status.phase')
# 2. 若有具体的 Pod.Status.Reason 则使用
if getitems(self.pod, 'status.reason'):
self.tol_status = getitems(self.pod, 'status.reason')
# 3. 根据 Pod 容器状态更新状态
self._update_status_by_init_container_statuses()
if not self.initializing:
self._update_status_by_container_statuses()
# 4. 根据 Pod.Metadata.DeletionTimestamp 更新状态
if getitems(self.pod, 'metadata.deletionTimestamp'):
if getitems(self.pod, 'status.reason') == 'NodeLost':
self.tol_status = SimplePodStatus.PodUnknown.value
else:
self.tol_status = SimplePodStatus.Terminating.value
# 5. 若状态未初始化或在转移中丢失，则标记为未知状态
if not self.tol_status:
self.tol_status = SimplePodStatus.PodUnknown.value
return self.tol_status
def render_resource(self, resource_type, resource, resource_name,
namespace):
if not getitems(resource, ["metadata", "annotations"], {}):
resource["metadata"]["annotations"] = {}
if not getitems(resource, ["metadata", "labels"], {}):
resource["metadata"]["labels"] = {}
create_time = getitems(resource, ["metadata", "creationTimestamp"], "")
if create_time:
# create_time format: '2019-12-16T09:10:59Z'
d_time = arrow.get(create_time).datetime
create_time = timezone.localtime(d_time).strftime(
"%Y-%m-%d %H:%M:%S")
annotations = getitems(resource, ["metadata", "annotations"], {})
update_time = annotations.get(
"io.tencent.paas.updateTime") or create_time
if update_time:
update_time = normalize_datetime(update_time)
labels = getitems(resource, ["metadata", "labels"], {})
return {
"data": resource,
"clusterId": labels.get("io.tencent.bcs.clusterid") or "",
"resourceName": resource_name,
"resourceType": resource_type,
"createTime": create_time,
"updateTime": update_time,
"namespace": namespace,
}
def retrieve(self, request, project_id, cluster_id, namespace, name):
namespace_id = self.get_namespace_id(request, project_id, cluster_id,
namespace, name)
# 校验查看权限
self.can_view(request, project_id, cluster_id, namespace_id)
client = mesos.MesosClient(request.user.token.access_token,
project_id,
cluster_id,
env=None)
result = client.get_custom_resource(name, namespace)
data = {
'name':
name,
'namespace':
namespace,
'namespace_id':
namespace_id,
'cluster_id':
cluster_id,
'clb_name':
getitems(result, ['metadata', 'labels', CLB_NAME_LABEL],
default=''),
'clb_region':
getitems(result, ['metadata', 'labels', CLB_REGION_LABEL],
default=''),
'spec':
result['spec'],
'config':
result,
}
return response.Response(data)
def get_svc_access_info(manifest, cluster_id, extended_routes):
"""
{
'external': {
'NodePort': ['node_ip:{node_port}'],
},
'internal': {
'ClusterIP': [':{port} {Protocol}']
}
}
"""
access_info = {'external': {}, 'internal': {}}
svc_type = getitems(manifest, ['spec', 'type'])
ports = getitems(manifest, ['spec', 'ports'])
if not ports:
return access_info
if svc_type == 'ClusterIP':
cluster_ip = getitems(manifest, ['spec', 'clusterIP'])
if not cluster_ip or cluster_ip == 'None':
cluster_ip = '--'
access_info['internal'] = {
'ClusterIP':
[f"{cluster_ip}:{p['port']} {p['protocol']}" for p in ports]
}
elif svc_type == 'NodePort':
access_info['external'] = {
'NodePort': [f":{p['nodePort']}" for p in ports]
}
return access_info
def compose_data(self, pod_info, container_id):
"""根据container id处理数据"""
ret_data = {}
if not (pod_info and container_id):
return ret_data
# pod_info type is list, and only one
pod_info = pod_info[0]
container_statuses = getitems(pod_info,
['data', 'status', 'containerStatuses'],
default=[])
status = getitems(pod_info, ['data', 'status'], default={})
spec = getitems(pod_info, ['data', 'spec'], default={})
labels = getitems(pod_info, ['data', 'metadata', 'labels'], default={})
# 开始数据匹配
container_data = {
info.get("name"): info
for info in spec.get('containers') or []
}
for info in container_statuses:
curr_container_id = info.get('containerID')
# container_id format: "docker://ad7034695ae7f911babf771447b65e1cb97f3f1987ad214c22decba0dd3fa121"
if container_id not in curr_container_id:
continue
container_spec = container_data.get(info.get('name'), {})
ret_data = self.compose_container_data(container_id,
container_spec, info, spec,
status, labels)
break
return ret_data
def list(self, request, project_id):
"""通过项目或集群拉取ingress
"""
cluster_id = request.query_params.get('cluster_id')
project_clusters = self.get_clusters(request, project_id)
project_namespaces = self.get_project_namespaces(request, project_id)
cluster_id_list = [cluster_id
] if cluster_id else project_clusters.keys()
# 通过集群拉取ingress数据
ingress_list = []
for cluster_id in cluster_id_list:
data = network_utils.get_cluster_ingresses(
request.user.token.access_token, project_id, cluster_id)
for info in data:
create_time = getitems(info, ['metadata', 'creationTimestamp'])
if create_time:
d_time = arrow.get(create_time).datetime
create_time = timezone.localtime(d_time).strftime(
'%Y-%m-%d %H:%M:%S')
update_time = getitems(
info,
['metadata', 'annotations', 'io.tencent.paas.updateTime'])
namespace_name = getitems(info, ['metadata', 'namespace'],
default='')
namespace_id = project_namespaces.get(
(cluster_id, namespace_name),
{}).get('id', DEFAULT_NAMESPACE_ID)
ingress_list.append({
'name':
getitems(info, ['metadata', 'name'], default=''),
'namespace':
namespace_name,
'namespace_id':
namespace_id,
'cluster_id':
cluster_id,
'spec':
info['spec'],
'config':
info,
'cluster_name':
project_clusters[cluster_id]['name'],
'environment':
project_clusters[cluster_id]['environment'],
'create_time':
create_time,
'update_time':
update_time if update_time else create_time
})
if ingress_list:
# 检查是否用命名空间的使用权限
perm = bcs_perm.Namespace(request, project_id, bcs_perm.NO_RES)
ingress_list = perm.hook_perms(ingress_list,
ns_id_flag='namespace_id',
ns_name_flag='namespace')
# 按照更新时间排序
ingress_list.sort(key=lambda info: info['update_time'],
reverse=True)
return response.Response(ingress_list)
def query_cluster_nodes(ctx_cluster: CtxCluster) -> Dict[str, Dict]:
# 查询集群下node信息
client = Node(ctx_cluster)
nodes = client.list()
# 根据传入的inner_ip过滤节点信息
data = {}
for node in nodes:
node_data = node.data
# 解析数据用于前端展示
metadata = node_data.get("metadata", {})
labels = metadata.get("labels", {})
# 过滤掉master
if labels.get("node-role.kubernetes.io/master") == "true":
continue
taints = getitems(node_data, ["spec", "taints"], [])
# 组装数据，用于展示
data[node.inner_ip] = {
"inner_ip":
node.inner_ip,
"name":
node.name,
"labels":
labels,
"taints":
taints,
"status":
get_node_status(getitems(node_data, ["status", "conditions"], [])),
"unschedulable":
getitems(node_data, ["spec", "unschedulable"], False),
}
return data
def test_reschedule(self, api_client):
"""
测试重新调度 Pod
TODO 可考虑 mock 掉下发集群操作，仅验证接口功能
"""
# 创建有父级资源的 Pod，测试重新调度
deploy_manifest = load_demo_manifest('workloads/simple_deployment')
deploy_name = deploy_manifest['metadata']['name']
api_client.post(f'{DAU_PREFIX}/workloads/deployments/',
data={'manifest': deploy_manifest})
# 等待 Deployment 下属 Pod 创建
time.sleep(3)
# 找到 Deployment 下属的 第一个 Pod Name
resp = api_client.get(
f'{DAU_PREFIX}/namespaces/{TEST_NAMESPACE}/workloads/pods/',
data={
'label_selector': 'app=nginx',
'owner_kind': 'Deployment',
'owner_name': deploy_name
},
)
pods = getitems(resp.json(), 'data.manifest.items', [])
pod_name = getitems(pods[0], 'metadata.name')
resp = api_client.put(
f'{DAU_PREFIX}/namespaces/{TEST_NAMESPACE}/workloads/pods/{pod_name}/reschedule/'
)
assert resp.json()['code'] == 0
assert getitems(resp.json(), 'data.metadata.name') == pod_name
# 清理测试用的资源
resp = api_client.delete(
f'{DAU_PREFIX}/namespaces/{TEST_NAMESPACE}/workloads/deployments/{deploy_name}/'
)
assert resp.json()['code'] == 0
def _generate(self, namespace_id, params) -> List[ResourceData]:
resource_list = []
# instance_entity like {"Deployment": [1, 2]}
instance_entity = self.res_ctx.instance_entity
for kind in instance_entity:
for entity_id in instance_entity[kind]:
config_generator = GENERATOR_DICT.get(kind)(entity_id, namespace_id, is_validate=True, **params)
config = config_generator.get_config_profile()
try:
manifest = json.loads(config)
except Exception:
manifest = config
resource_list.append(
ResourceData(
kind=manifest.get('kind'),
name=getitems(manifest, 'metadata.name'),
namespace=getitems(manifest, 'metadata.namespace'),
manifest=manifest,
version=self.res_ctx.show_version.name,
revision=self.res_ctx.show_version.latest_revision,
)
)
return resource_list
def build(self) -> Dict:
""" 构造展示用的容器详情信息 """
for cs in getitems(self.pod, 'status.containerStatuses', []):
if self.container_name == cs['name']:
container_status = cs
break
else:
raise ResourceNotExist(
_('容器 {} 状态信息不存在').format(self.container_name))
labels = getitems(self.pod, 'metadata.labels', {})
spec, status = self.pod['spec'], self.pod['status']
for csp in spec.get('containers', []):
if self.container_name == csp['name']:
container_spec = csp
break
else:
raise ResourceNotExist(
_('容器 {} 模板（Spec）信息不存在').format(self.container_name))
return {
'host_name':
get_with_placeholder(spec, 'nodeName'),
'host_ip':
get_with_placeholder(status, 'hostIP'),
'container_ip':
get_with_placeholder(status, 'podIP'),
'container_id':
self._extract_container_id(
get_with_placeholder(container_status, 'containerID')),
'container_name':
self.container_name,
'image':
get_with_placeholder(container_status, 'image'),
'network_mode':
get_with_placeholder(spec, 'dnsPolicy'),
# 端口映射
'ports':
container_spec.get('ports', []),
# 命令
'command': {
'command': get_with_placeholder(container_spec, 'command', ''),
'args': ' '.join(container_spec.get('args', [])),
},
# 挂载卷
'volumes': [{
'host_path': get_with_placeholder(mount, 'name'),
'mount_path': get_with_placeholder(mount, 'mountPath'),
'readonly': get_with_placeholder(mount, 'readOnly'),
} for mount in container_spec.get('volumeMounts', [])],
# 标签
'labels': [{
'key': key,
'val': val
} for key, val in labels.items()],
# 资源限制
'resources':
container_spec.get('resources', {}),
}
def get_k8s_desired_ready_instance_count(info, resource_name):
"""获取应用期望/正常的实例数量
"""
filter_keys = constants.RESOURCE_REPLICAS_KEYS[resource_name]
# 针对不同的模板获取不同key对应的值
ready_replicas = getitems(info, filter_keys['ready_replicas_keys'], default=0)
desired_replicas = getitems(info, filter_keys['desired_replicas_keys'], default=0)
return desired_replicas, ready_replicas
def update_or_create_custom_object(self, cobj_client):
cobj_client.update_or_create(body=sample_custom_object,
namespace="default",
name=getitems(sample_custom_object,
"metadata.name"))
yield
cobj_client.delete_wait_finished(name=getitems(sample_custom_object,
"metadata.name"),
namespace="default")
def format_dict(self, resource_dict: Dict) -> Dict:
res = self.format_common_dict(resource_dict)
res.update({
'name': getitems(resource_dict, 'metadata.name'),
'scope': getitems(resource_dict, 'spec.scope'),
'kind': getitems(resource_dict, 'spec.names.kind'),
'api_version': parse_cobj_api_version(resource_dict),
})
return res
def handle_application_log_config(self, application_id, container_name,
resource_kind):
"""Application 中非标准日志采集"""
# 获取业务的 dataid
cc_app_id = self.context["SYS_CC_APP_ID"]
application = MODULE_DICT.get(resource_kind).objects.get(
id=application_id)
self.resource_show_name = "%s-%s-%s" % (
application.name, container_name, LOG_CONFIG_MAP_SUFFIX)
# 从Application 中获取日志路径
_item_config = application.get_config()
containers = getitems(_item_config,
["spec", "template", "spec", "containers"], [])
init_containers = getitems(
_item_config, ["spec", "template", "spec", "initContainers"], [])
log_path_list = []
for con_list in [init_containers, containers]:
for _c in con_list:
_c_name = _c.get("name")
if _c_name == container_name:
log_path_list = _c.get("logPathList") or []
break
if not log_path_list:
return {}
# 生成 configmap 的内容
not_standard_data_id = self.context["SYS_NON_STANDARD_DATA_ID"]
inners = []
for log_path in log_path_list:
inners.append({
"logpath": log_path,
"dataid": not_standard_data_id,
"selectors": []
})
log_content = {"inners": inners, "mounts": []}
log_key = "%s%s" % (application.name, LOG_CONFIG_MAP_KEY_SUFFIX)
log_config = {
"kind": "configmap",
"metadata": {
"name": self.resource_show_name
}
}
if self.resource_name in ["configmap"]:
log_config["datas"] = {
log_key: {
"type": "file",
"content": json.dumps(log_content)
}
}
else:
log_config["data"] = {log_key: json.dumps(log_content)}
return log_config
def delete(self, operator: str, resource_inst_id: int):
resource_inst = models.ResourceInstance.objects.get(
id=resource_inst_id)
api = self._get_api(resource_inst.kind,
getitems(resource_inst.manifest, 'apiVersion'))
api.delete_ignore_nonexistent(name=resource_inst.name,
namespace=getitems(
resource_inst.manifest,
'metadata.namespace'))
return resource_inst.delete()
def get_all_service(self):
service_list = []
resp = self.api_instance.list_service_for_all_namespaces(_preload_content=False)
data = json.loads(resp.data)
for info in data.get('items') or []:
resource_name = getitems(info, ['metadata', 'name'], '')
resource_namespace = getitems(info, ['metadata', 'namespace'], '')
item = self.render_resource(self.resource_kind, info, resource_name, resource_namespace)
service_list.append(item)
return service_list
def format_dict(self, resource_dict: Dict) -> Dict:
labels = resource_dict.get("metadata", {}).get("labels") or {}
# 获取模板集信息
template_id = labels.get(instance_constants.LABLE_TEMPLATE_ID)
# 资源来源
source_type = labels.get(instance_constants.SOURCE_TYPE_LABEL_KEY)
if not source_type:
source_type = "template" if template_id else "other"
annotations = resource_dict.get("metadata",
{}).get("annotations") or {}
namespace = resource_dict["metadata"]["namespace"]
current_metrics = get_current_metrics(resource_dict)
# k8s 注意需要调用 autoscaling/v2beta2 版本 api
conditions = resource_dict["status"].get("conditions", [])
conditions = sort_by_normalize_transition_time(conditions)
data = {
"cluster_id":
self.cluster_id,
"name":
resource_dict["metadata"]["name"],
"namespace":
namespace,
"max_replicas":
resource_dict["spec"]["maxReplicas"],
"min_replicas":
resource_dict["spec"]["minReplicas"],
"current_replicas":
resource_dict["status"]["currentReplicas"],
"current_metrics_display":
get_current_metrics_display(current_metrics),
"current_metrics":
current_metrics,
"conditions":
conditions,
"source_type":
application_constants.SOURCE_TYPE_MAP.get(source_type),
"creator":
annotations.get(instance_constants.ANNOTATIONS_CREATOR, ""),
"create_time":
annotations.get(instance_constants.ANNOTATIONS_CREATE_TIME, ""),
"ref_name":
getitems(resource_dict, "spec.scaleTargetRef.name", ""),
"ref_kind":
getitems(resource_dict, "spec.scaleTargetRef.kind", ""),
}
data["update_time"] = annotations.get(
instance_constants.ANNOTATIONS_UPDATE_TIME, data["create_time"])
data["updator"] = annotations.get(
instance_constants.ANNOTATIONS_UPDATOR, data["creator"])
return data
def validate_pod_selector(config):
"""检查 selector 是否在label中
"""
spec = config.get('spec', {})
selector_labels = getitems(spec, ['selector', 'matchLabels'])
if selector_labels:
pod_labels = getitems(spec, ['template', 'metadata', 'labels'], default={})
if not set(selector_labels.items()).issubset(pod_labels.items()):
invalid_label_list = ['%s:%s' % (x, pod_labels[x]) for x in pod_labels]
invalid_label_str = "; ".join(invalid_label_list)
raise ValidationError(f"[{invalid_label_str}]不在用户填写的标签中")
def filter_data(self, resource_type, resp_data, params):
data_list = []
for resource in resp_data.get("items") or []:
name = getitems(resource, ["metadata", "name"], "")
namespace = getitems(resource, ["metadata", "namespace"], "")
# filter data
resource = self._get_resource(params, name, namespace, resource, resource_type)
if resource:
data_list.append(resource)
return data_list
def list_namespace_quota(self, namespace: str) -> List:
"""获取命名空间下的所有资源配额"""
quotas = self.api.get(namespace=namespace).to_dict()
return [{
'name': getitems(quota, 'metadata.name'),
'namespace': getitems(quota, 'metadata.namespace'),
'quota': {
'hard': getitems(quota, 'status.hard'),
'used': getitems(quota, 'status.used')
},
} for quota in quotas['items']]
def get_all_ingress(self):
ingress_list = []
resp = self.api_instance.list_ingress_for_all_namespaces(_preload_content=False)
data = json.loads(resp.data)
for info in data.get('items') or []:
item = self.render_resource(
'Ingress', info,
getitems(info, ['metadata', 'name'], ''),
getitems(info, ['metadata', 'namespace'], '')
)
ingress_list.append(item)
return ingress_list
def get_k8s_category_info(self, request, project_id, resource_name, inst_name, cluster_id, ns_name):
"""获取分类的上报信息
{'BCS-K8S-15007': {'K8sDeployment': {'inst_list': ['bellke-test-deploy-1'], 'ns_list': ['abc1']}}}
"""
ret_data = {}
client = K8SClient(
request.user.token.access_token,
project_id, cluster_id, None
)
curr_func = FUNC_MAP[resource_name] % 'get'
resp = retry_requests(
getattr(client, curr_func),
params={
"name": inst_name,
"namespace": ns_name,
"field": ','.join(app_constants.RESOURCE_STATUS_FIELD_LIST)
}
)
if resp.get('code') != ErrorCode.NoError:
raise error_codes.APIError.f(resp.get('message'))
data = resp.get('data') or []
# 添加HPA绑定信息
data = get_deployment_hpa(request, project_id, cluster_id, ns_name, data)
for info in data:
spec = getitems(info, ['data', 'spec'], default={})
# 针对不同的模板获取不同的值
replicas, available = utils.get_k8s_desired_ready_instance_count(info, resource_name)
curr_key = (info['namespace'], info['resourceName'])
labels = getitems(info, ['data', 'metadata', 'labels'], default={})
source_type = labels.get('io.tencent.paas.source_type') or 'other'
annotations = getitems(info, ['data', 'metadata', 'annotations'], default={})
ret_data[curr_key] = {
'backend_status': 'BackendNormal',
'backend_status_message': _('请求失败，已通知管理员!'),
'category': resource_name,
'pod_count': f'{available}/{replicas}',
'build_instance': available,
'instance': replicas,
'status': utils.get_k8s_resource_status(resource_name, info, replicas, available),
'name': info['resourceName'],
'namespace': info['namespace'],
'create_at': info['createTime'],
'update_at': info['updateTime'],
'source_type': SOURCE_TYPE_MAP.get(source_type),
'version': get_instance_version_name(annotations, labels), # 标识应用的线上版本
'hpa': info['hpa'] # 是否绑定了HPA
}
if spec.get('paused'):
ret_data[curr_key]['status'] = 'Paused'
return ret_data
def format_dict(self, resource_dict: Dict) -> NodeResourceData:
addresses = getitems(resource_dict, ["status", "addresses"], [])
# 获取IP
inner_ip = ""
for addr in addresses:
if addr["type"] == "InternalIP":
inner_ip = addr["address"]
break
name = getitems(resource_dict, ["metadata", "name"], "")
return NodeResourceData(data=resource_dict,
name=name,
inner_ip=inner_ip)
def _parse_external_metric(self, idx: int, spec: Dict) -> str:
""" 解析来源自 External 的指标信息 """
current = '<unknown>'
if getitems(spec, 'external.target.averageValue') is not None:
if len(self.statuses) > idx:
ext_cur_avg_val = getitems(self.statuses[idx], 'external.current.averageValue')
current = ext_cur_avg_val if ext_cur_avg_val else current
return f"{current}/{getitems(spec, 'external.target.averageValue')} (avg)"
else:
if len(self.statuses) > idx:
ext_cur_val = getitems(self.statuses[idx], 'external.current.value')
current = ext_cur_val if ext_cur_val else current
return f"{current}/{getitems(spec, 'external.target.value')}"
def _parse_object_metric(self, idx: int, spec: Dict) -> str:
""" 解析来源自 Object 的指标信息 """
current = '<unknown>'
if getitems(spec, 'object.target.averageValue') is not None:
if len(self.statuses) > idx:
obj_cur_avg_val = getitems(self.statuses[idx], 'object.current.averageValue')
current = obj_cur_avg_val if obj_cur_avg_val else current
return f"{current}/{getitems(spec, 'object.target.averageValue')} (avg)"
else:
if len(self.statuses) > idx:
obj_cur_val = getitems(self.statuses[idx], 'object.current.value')
current = obj_cur_val if obj_cur_val else current
return f"{current}/{getitems(spec, 'object.target.value')}"
class TestCustomObject:
"""测试 CustomObject 相关接口"""
crd_name = getitems(crd_manifest, 'metadata.name')
cobj_name = getitems(cobj_manifest, 'metadata.name')
batch_url = f'{DAU_PREFIX}/crds/v2/{crd_name}/custom_objects/'
detail_url = f'{DAU_PREFIX}/crds/v2/{crd_name}/custom_objects/{cobj_name}/'
def test_create(self, api_client):
"""测试创建资源接口"""
response = api_client.post(self.batch_url,
data={'manifest': cobj_manifest})
assert response.json()['code'] == 0
def test_list(self, api_client):
"""测试获取资源列表接口"""
response = api_client.get(self.batch_url,
data={'namespace': 'default'})
assert response.json()['code'] == 0
assert response.data['manifest']['kind'] == 'CronTab4TestList'
def test_update(self, api_client):
"""测试更新资源接口"""
# 修改 cronSpec
cobj_manifest['spec']['cronSpec'] = '* * * * */5'
response = api_client.put(self.detail_url,
data={
'manifest': cobj_manifest,
'namespace': 'default'
})
assert response.json()['code'] == 0
def test_retrieve(self, api_client):
"""测试获取单个资源接口"""
response = api_client.get(self.detail_url,
data={'namespace': 'default'})
assert response.json()['code'] == 0
assert response.data['manifest']['kind'] == 'CronTab4Test'
assert getitems(response.data,
'manifest.spec.cronSpec') == '* * * * */5'
def test_destroy(self, api_client):
"""测试删除单个资源"""
response = api_client.delete(self.detail_url + '?namespace=default')
assert response.json()['code'] == 0
def test_list_shared_cluster_cobj(self, api_client, project_id):
"""获取共享集群 cobj，预期是被拦截（PermissionDenied）"""
url = f'/api/dashboard/projects/{project_id}/clusters/{TEST_SHARED_CLUSTER_ID}/crds/v2/{self.crd_name}/custom_objects/' # noqa
assert api_client.get(url).json()['code'] == 400
def get_service_by_namespace(self, params):
resp = self.api_instance.list_namespaced_ingress(params['namespace'], _preload_content=False)
data = json.loads(resp.data)
ingress_list = []
for info in data.get('items') or []:
resource_name = getitems(info, ['metadata', 'name'], '')
item = self.render_resource(
'Ingress', info, resource_name, getitems(info, ['metadata', 'namespace'], ''))
if params.get('name'):
if resource_name == params['name']:
ingress_list.append(item)
break
else:
ingress_list.append(item)
return ingress_list
def parse_v1beta1_rules(self, resource_dict: Dict) -> List:
""" 解析 extensions/v1beta1 版本 Ingress Rules """
rules = []
for r in getitems(resource_dict, 'spec.rules', []):
sub_rules = [
{
'host': get_with_placeholder(r, 'host'),
'path': get_with_placeholder(p, 'path'),
'serviceName': get_with_placeholder(p, 'backend.serviceName'),
'port': get_with_placeholder(p, 'backend.servicePort'),
}
for p in getitems(r, 'http.paths', [])
]
rules.extend(sub_rules)
return rules
