Param(ws.QueryParameter("end","End time of query. Use **start** and **end** to retrieve metric data over a time span. It is a string with Unix time format, eg. 1561939200. ").DataType("string").Required(false)).
Param(ws.QueryParameter("step","Time interval. Retrieve metric data at a fixed interval within the time range of start and end. It requires both **start** and **end** are provided. The format is [0-9]+[smhdwy]. Defaults to 10m (i.e. 10 min).").DataType("string").DefaultValue("10m").Required(false)).
Param(ws.QueryParameter("time","A timestamp in Unix time format. Retrieve metric data at a single point in time. Defaults to now. Time and the combination of start, end, step are mutually exclusive.").DataType("string").Required(false)).
Param(ws.QueryParameter("type","Additional operations. Currently available types is statistics. It retrieves the total number of workspaces, devops projects, namespaces, accounts in the cluster at the moment.").DataType("string").Required(false)).
Param(ws.QueryParameter("metrics_filter","The metric name filter consists of a regexp pattern. It specifies which metric data to return. For example, the following filter matches both node CPU usage and disk usage: `node_cpu_usage|node_disk_size_usage`. View available metrics at [kubesphere.io](https://docs.kubesphere.io/advanced-v2.0/zh-CN/api-reference/monitoring-metrics/).").DataType("string").Required(false)).
Param(ws.QueryParameter("resources_filter","The node filter consists of a regexp pattern. It specifies which node data to return. For example, the following filter matches both node i-caojnter and i-cmu82ogj: `i-caojnter|i-cmu82ogj`.").DataType("string").Required(false)).
Param(ws.QueryParameter("page","The page number. This field paginates result data of each metric, then returns a specific page. For example, setting **page** to 2 returns the second page. It only applies to sorted metric data.").DataType("integer").Required(false)).
Param(ws.QueryParameter("limit","Page size, the maximum number of results in a single page. Defaults to 5.").DataType("integer").Required(false).DefaultValue("5")).
Param(ws.QueryParameter("metrics_filter","The metric name filter consists of a regexp pattern. It specifies which metric data to return. For example, the following filter matches both node CPU usage and disk usage: `node_cpu_usage|node_disk_size_usage`. View available metrics at [kubesphere.io](https://docs.kubesphere.io/advanced-v2.0/zh-CN/api-reference/monitoring-metrics/).").DataType("string").Required(false)).
Param(ws.QueryParameter("step","Time interval. Retrieve metric data at a fixed interval within the time range of start and end. It requires both **start** and **end** are provided. The format is [0-9]+[smhdwy]. Defaults to 10m (i.e. 10 min).").DataType("string").DefaultValue("10m").Required(false)).
Param(ws.QueryParameter("time","A timestamp in Unix time format. Retrieve metric data at a single point in time. Defaults to now. Time and the combination of start, end, step are mutually exclusive.").DataType("string").Required(false)).
Doc("Get workspace-level metric data of all workspaces.").
Param(ws.QueryParameter("metrics_filter","The metric name filter consists of a regexp pattern. It specifies which metric data to return. For example, the following filter matches both workspace CPU usage and memory usage: `workspace_cpu_usage|workspace_memory_usage`. View available metrics at [kubesphere.io](https://docs.kubesphere.io/advanced-v2.0/zh-CN/api-reference/monitoring-metrics/).").DataType("string").Required(false)).
Param(ws.QueryParameter("resources_filter","The workspace filter consists of a regexp pattern. It specifies which workspace data to return.").DataType("string").Required(false)).
Param(ws.QueryParameter("start","Start time of query. Use **start** and **end** to retrieve metric data over a time span. It is a string with Unix time format, eg. 1559347200. ").DataType("string").Required(false)).
Param(ws.QueryParameter("end","End time of query. Use **start** and **end** to retrieve metric data over a time span. It is a string with Unix time format, eg. 1561939200. ").DataType("string").Required(false)).
Param(ws.QueryParameter("step","Time interval. Retrieve metric data at a fixed interval within the time range of start and end. It requires both **start** and **end** are provided. The format is [0-9]+[smhdwy]. Defaults to 10m (i.e. 10 min).").DataType("string").DefaultValue("10m").Required(false)).
Param(ws.QueryParameter("time","A timestamp in Unix time format. Retrieve metric data at a single point in time. Defaults to now. Time and the combination of start, end, step are mutually exclusive.").DataType("string").Required(false)).
Param(ws.QueryParameter("sort_metric","Sort workspaces by the specified metric. Not applicable if **start** and **end** are provided.").DataType("string").Required(false)).
Param(ws.QueryParameter("sort_type","Sort order. One of asc, desc.").DefaultValue("desc.").DataType("string").Required(false)).
Param(ws.QueryParameter("page","The page number. This field paginates result data of each metric, then returns a specific page. For example, setting **page** to 2 returns the second page. It only applies to sorted metric data.").DataType("integer").Required(false)).
Param(ws.QueryParameter("limit","Page size, the maximum number of results in a single page. Defaults to 5.").DataType("integer").Required(false).DefaultValue("5")).
Param(ws.QueryParameter("metrics_filter","The metric name filter consists of a regexp pattern. It specifies which metric data to return. For example, the following filter matches both workspace CPU usage and memory usage: `workspace_cpu_usage|workspace_memory_usage`. View available metrics at [kubesphere.io](https://docs.kubesphere.io/advanced-v2.0/zh-CN/api-reference/monitoring-metrics/).").DataType("string").Required(false)).
Param(ws.QueryParameter("start","Start time of query. Use **start** and **end** to retrieve metric data over a time span. It is a string with Unix time format, eg. 1559347200. ").DataType("string").Required(false)).
Param(ws.QueryParameter("end","End time of query. Use **start** and **end** to retrieve metric data over a time span. It is a string with Unix time format, eg. 1561939200. ").DataType("string").Required(false)).
Param(ws.QueryParameter("step","Time interval. Retrieve metric data at a fixed interval within the time range of start and end. It requires both **start** and **end** are provided. The format is [0-9]+[smhdwy]. Defaults to 10m (i.e. 10 min).").DataType("string").DefaultValue("10m").Required(false)).
Param(ws.QueryParameter("time","A timestamp in Unix time format. Retrieve metric data at a single point in time. Defaults to now. Time and the combination of start, end, step are mutually exclusive.").DataType("string").Required(false)).
Param(ws.QueryParameter("type","Additional operations. Currently available types is statistics. It retrieves the total number of namespaces, devops projects, members and roles in this workspace at the moment.").DataType("string").Required(false)).
Param(ws.QueryParameter("metrics_filter","The metric name filter consists of a regexp pattern. It specifies which metric data to return. For example, the following filter matches both namespace CPU usage and memory usage: `namespace_cpu_usage|namespace_memory_usage`. View available metrics at [kubesphere.io](https://docs.kubesphere.io/advanced-v2.0/zh-CN/api-reference/monitoring-metrics/).").DataType("string").Required(false)).
Param(ws.QueryParameter("resources_filter","The namespace filter consists of a regexp pattern. It specifies which namespace data to return. For example, the following filter matches both namespace test and kube-system: `test|kube-system`.").DataType("string").Required(false)).
Param(ws.QueryParameter("start","Start time of query. Use **start** and **end** to retrieve metric data over a time span. It is a string with Unix time format, eg. 1559347200. ").DataType("string").Required(false)).
Param(ws.QueryParameter("page","The page number. This field paginates result data of each metric, then returns a specific page. For example, setting **page** to 2 returns the second page. It only applies to sorted metric data.").DataType("integer").Required(false)).
Param(ws.QueryParameter("limit","Page size, the maximum number of results in a single page. Defaults to 5.").DataType("integer").Required(false).DefaultValue("5")).
Doc("Get namespace-level metric data of all namespaces.").
Param(ws.QueryParameter("metrics_filter","The metric name filter consists of a regexp pattern. It specifies which metric data to return. For example, the following filter matches both namespace CPU usage and memory usage: `namespace_cpu_usage|namespace_memory_usage`. View available metrics at [kubesphere.io](https://docs.kubesphere.io/advanced-v2.0/zh-CN/api-reference/monitoring-metrics/).").DataType("string").Required(false)).
Param(ws.QueryParameter("resources_filter","The namespace filter consists of a regexp pattern. It specifies which namespace data to return. For example, the following filter matches both namespace test and kube-system: `test|kube-system`.").DataType("string").Required(false)).
Param(ws.QueryParameter("start","Start time of query. Use **start** and **end** to retrieve metric data over a time span. It is a string with Unix time format, eg. 1559347200. ").DataType("string").Required(false)).
Param(ws.QueryParameter("end","End time of query. Use **start** and **end** to retrieve metric data over a time span. It is a string with Unix time format, eg. 1561939200. ").DataType("string").Required(false)).
Param(ws.QueryParameter("step","Time interval. Retrieve metric data at a fixed interval within the time range of start and end. It requires both **start** and **end** are provided. The format is [0-9]+[smhdwy]. Defaults to 10m (i.e. 10 min).").DataType("string").DefaultValue("10m").Required(false)).
Param(ws.QueryParameter("time","A timestamp in Unix time format. Retrieve metric data at a single point in time. Defaults to now. Time and the combination of start, end, step are mutually exclusive.").DataType("string").Required(false)).
Param(ws.QueryParameter("sort_metric","Sort namespaces by the specified metric. Not applicable if **start** and **end** are provided.").DataType("string").Required(false)).
Param(ws.QueryParameter("sort_type","Sort order. One of asc, desc.").DefaultValue("desc.").DataType("string").Required(false)).
Param(ws.QueryParameter("page","The page number. This field paginates result data of each metric, then returns a specific page. For example, setting **page** to 2 returns the second page. It only applies to sorted metric data.").DataType("integer").Required(false)).
Param(ws.QueryParameter("limit","Page size, the maximum number of results in a single page. Defaults to 5.").DataType("integer").Required(false).DefaultValue("5")).
Doc("Get namespace-level metric data of the specific namespace.").
Param(ws.PathParameter("namespace","The name of the namespace.").DataType("string").Required(true)).
Param(ws.QueryParameter("metrics_filter","The metric name filter consists of a regexp pattern. It specifies which metric data to return. For example, the following filter matches both pod CPU usage and memory usage: `pod_cpu_usage|pod_memory_usage`. View available metrics at [kubesphere.io](https://docs.kubesphere.io/advanced-v2.0/zh-CN/api-reference/monitoring-metrics/).").DataType("string").Required(false)).
Param(ws.QueryParameter("resources_filter","The pod filter consists of a regexp pattern. It specifies which pod data to return. For example, the following filter matches any pod whose name begins with redis: `redis.*`.").DataType("string").Required(false)).
Param(ws.QueryParameter("metrics_filter","The metric name filter consists of a regexp pattern. It specifies which metric data to return. For example, the following filter matches both namespace CPU usage and memory usage: `namespace_cpu_usage|namespace_memory_usage`. View available metrics at [kubesphere.io](https://docs.kubesphere.io/advanced-v2.0/zh-CN/api-reference/monitoring-metrics/).").DataType("string").Required(false)).
Param(ws.QueryParameter("start","Start time of query. Use **start** and **end** to retrieve metric data over a time span. It is a string with Unix time format, eg. 1559347200. ").DataType("string").Required(false)).
Param(ws.QueryParameter("end","End time of query. Use **start** and **end** to retrieve metric data over a time span. It is a string with Unix time format, eg. 1561939200. ").DataType("string").Required(false)).
Param(ws.QueryParameter("step","Time interval. Retrieve metric data at a fixed interval within the time range of start and end. It requires both **start** and **end** are provided. The format is [0-9]+[smhdwy]. Defaults to 10m (i.e. 10 min).").DataType("string").DefaultValue("10m").Required(false)).
Param(ws.QueryParameter("time","A timestamp in Unix time format. Retrieve metric data at a single point in time. Defaults to now. Time and the combination of start, end, step are mutually exclusive.").DataType("string").Required(false)).
Param(ws.QueryParameter("sort_metric","Sort pods by the specified metric. Not applicable if **start** and **end** are provided.").DataType("string").Required(false)).
Param(ws.QueryParameter("sort_type","Sort order. One of asc, desc.").DefaultValue("desc.").DataType("string").Required(false)).
Param(ws.QueryParameter("page","The page number. This field paginates result data of each metric, then returns a specific page. For example, setting **page** to 2 returns the second page. It only applies to sorted metric data.").DataType("integer").Required(false)).
Param(ws.QueryParameter("limit","Page size, the maximum number of results in a single page. Defaults to 5.").DataType("integer").Required(false).DefaultValue("5")).
Param(ws.QueryParameter("metrics_filter","The metric name filter consists of a regexp pattern. It specifies which metric data to return. For example, the following filter matches both pod CPU usage and memory usage: `pod_cpu_usage|pod_memory_usage`. View available metrics at [kubesphere.io](https://docs.kubesphere.io/advanced-v2.0/zh-CN/api-reference/monitoring-metrics/).").DataType("string").Required(false)).
Param(ws.QueryParameter("metrics_filter","The metric name filter consists of a regexp pattern. It specifies which metric data to return. For example, the following filter matches both workload CPU usage and memory usage: `workload_cpu_usage|workload_memory_usage`. View available metrics at [kubesphere.io](https://docs.kubesphere.io/advanced-v2.0/zh-CN/api-reference/monitoring-metrics/).").DataType("string").Required(false)).
Param(ws.QueryParameter("resources_filter","The workload filter consists of a regexp pattern. It specifies which workload data to return. For example, the following filter matches any workload whose name begins with prometheus: `prometheus.*`.").DataType("string").Required(false)).
Param(ws.QueryParameter("start","Start time of query. Use **start** and **end** to retrieve metric data over a time span. It is a string with Unix time format, eg. 1559347200. ").DataType("string").Required(false)).
Param(ws.QueryParameter("end","End time of query. Use **start** and **end** to retrieve metric data over a time span. It is a string with Unix time format, eg. 1561939200. ").DataType("string").Required(false)).
Param(ws.QueryParameter("step","Time interval. Retrieve metric data at a fixed interval within the time range of start and end. It requires both **start** and **end** are provided. The format is [0-9]+[smhdwy]. Defaults to 10m (i.e. 10 min).").DataType("string").DefaultValue("10m").Required(false)).
Param(ws.QueryParameter("time","A timestamp in Unix time format. Retrieve metric data at a single point in time. Defaults to now. Time and the combination of start, end, step are mutually exclusive.").DataType("string").Required(false)).
Param(ws.QueryParameter("sort_metric","Sort workloads by the specified metric. Not applicable if **start** and **end** are provided.").DataType("string").Required(false)).
Param(ws.QueryParameter("sort_type","Sort order. One of asc, desc.").DefaultValue("desc.").DataType("string").Required(false)).
Param(ws.QueryParameter("page","The page number. This field paginates result data of each metric, then returns a specific page. For example, setting **page** to 2 returns the second page. It only applies to sorted metric data.").DataType("integer").Required(false)).
Param(ws.QueryParameter("limit","Page size, the maximum number of results in a single page. Defaults to 5.").DataType("integer").Required(false).DefaultValue("5")).
Doc("Get PVC-level metric data of the specific storageclass's PVCs.").
Param(ws.PathParameter("storageclass","The name of the storageclass.").DataType("string").Required(true)).
Param(ws.PathParameter("metrics_filter","The metric name filter consists of a regexp pattern. It specifies which metric data to return. For example, the following filter matches both PVC available and used inodes: `pvc_inodes_available|pvc_inodes_used`. View available metrics at [kubesphere.io](https://docs.kubesphere.io/advanced-v2.0/zh-CN/api-reference/monitoring-metrics/).").DataType("string").Required(false)).
Param(ws.QueryParameter("resources_filter","The PVC filter consists of a regexp pattern. It specifies which PVC data to return. For example, the following filter matches any pod whose name begins with redis: `redis.*`.").DataType("string").Required(false)).
Doc("Get workload-level metric data of all workloads which belongs to a specific kind.").
Param(ws.PathParameter("namespace","The name of the namespace.").DataType("string").Required(true)).
Param(ws.PathParameter("kind","Workload kind. One of deployment, daemonset, statefulset.").DataType("string").Required(true)).
Param(ws.QueryParameter("metrics_filter","The metric name filter consists of a regexp pattern. It specifies which metric data to return. For example, the following filter matches both workload CPU usage and memory usage: `workload_cpu_usage|workload_memory_usage`. View available metrics at [kubesphere.io](https://docs.kubesphere.io/advanced-v2.0/zh-CN/api-reference/monitoring-metrics/).").DataType("string").Required(false)).
Param(ws.QueryParameter("resources_filter","The workload filter consists of a regexp pattern. It specifies which workload data to return. For example, the following filter matches any workload whose name begins with prometheus: `prometheus.*`.").DataType("string").Required(false)).
Param(ws.QueryParameter("start","Start time of query. Use **start** and **end** to retrieve metric data over a time span. It is a string with Unix time format, eg. 1559347200. ").DataType("string").Required(false)).
Param(ws.QueryParameter("end","End time of query. Use **start** and **end** to retrieve metric data over a time span. It is a string with Unix time format, eg. 1561939200. ").DataType("string").Required(false)).
Param(ws.QueryParameter("step","Time interval. Retrieve metric data at a fixed interval within the time range of start and end. It requires both **start** and **end** are provided. The format is [0-9]+[smhdwy]. Defaults to 10m (i.e. 10 min).").DataType("string").DefaultValue("10m").Required(false)).
Param(ws.QueryParameter("time","A timestamp in Unix time format. Retrieve metric data at a single point in time. Defaults to now. Time and the combination of start, end, step are mutually exclusive.").DataType("string").Required(false)).
Param(ws.QueryParameter("sort_metric","Sort PVCs by the specified metric. Not applicable if **start** and **end** are provided.").DataType("string").Required(false)).
Param(ws.QueryParameter("sort_metric","Sort workloads by the specified metric. Not applicable if **start** and **end** are provided.").DataType("string").Required(false)).
Param(ws.QueryParameter("sort_type","Sort order. One of asc, desc.").DefaultValue("desc.").DataType("string").Required(false)).
Param(ws.QueryParameter("page","The page number. This field paginates result data of each metric, then returns a specific page. For example, setting **page** to 2 returns the second page. It only applies to sorted metric data.").DataType("integer").Required(false)).
Param(ws.QueryParameter("limit","Page size, the maximum number of results in a single page. Defaults to 5.").DataType("integer").Required(false).DefaultValue("5")).
Doc("Get pod-level metric data of the specific namespace's pods.").
Param(ws.PathParameter("namespace","The name of the namespace.").DataType("string").Required(true)).
Param(ws.PathParameter("metrics_filter","The metric name filter consists of a regexp pattern. It specifies which metric data to return. For example, the following filter matches both PVC available and used inodes: `pvc_inodes_available|pvc_inodes_used`. View available metrics at [kubesphere.io](https://docs.kubesphere.io/advanced-v2.0/zh-CN/api-reference/monitoring-metrics/).").DataType("string").Required(false)).
Param(ws.QueryParameter("resources_filter","The PVC filter consists of a regexp pattern. It specifies which PVC data to return. For example, the following filter matches any pod whose name begins with redis: `redis.*`.").DataType("string").Required(false)).
Param(ws.QueryParameter("metrics_filter","The metric name filter consists of a regexp pattern. It specifies which metric data to return. For example, the following filter matches both pod CPU usage and memory usage: `pod_cpu_usage|pod_memory_usage`. View available metrics at [kubesphere.io](https://docs.kubesphere.io/advanced-v2.0/zh-CN/api-reference/monitoring-metrics/).").DataType("string").Required(false)).
Param(ws.QueryParameter("resources_filter","The pod filter consists of a regexp pattern. It specifies which pod data to return. For example, the following filter matches any pod whose name begins with redis: `redis.*`.").DataType("string").Required(false)).
Param(ws.QueryParameter("start","Start time of query. Use **start** and **end** to retrieve metric data over a time span. It is a string with Unix time format, eg. 1559347200. ").DataType("string").Required(false)).
Param(ws.QueryParameter("end","End time of query. Use **start** and **end** to retrieve metric data over a time span. It is a string with Unix time format, eg. 1561939200. ").DataType("string").Required(false)).
Param(ws.QueryParameter("step","Time interval. Retrieve metric data at a fixed interval within the time range of start and end. It requires both **start** and **end** are provided. The format is [0-9]+[smhdwy]. Defaults to 10m (i.e. 10 min).").DataType("string").DefaultValue("10m").Required(false)).
Param(ws.QueryParameter("time","A timestamp in Unix time format. Retrieve metric data at a single point in time. Defaults to now. Time and the combination of start, end, step are mutually exclusive.").DataType("string").Required(false)).
Param(ws.QueryParameter("sort_metric","Sort PVCs by the specified metric. Not applicable if **start** and **end** are provided.").DataType("string").Required(false)).
Param(ws.QueryParameter("sort_metric","Sort pods by the specified metric. Not applicable if **start** and **end** are provided.").DataType("string").Required(false)).
Param(ws.QueryParameter("sort_type","Sort order. One of asc, desc.").DefaultValue("desc.").DataType("string").Required(false)).
Param(ws.QueryParameter("page","The page number. This field paginates result data of each metric, then returns a specific page. For example, setting **page** to 2 returns the second page. It only applies to sorted metric data.").DataType("integer").Required(false)).
Param(ws.QueryParameter("limit","Page size, the maximum number of results in a single page. Defaults to 5.").DataType("integer").Required(false).DefaultValue("5")).
Param(ws.PathParameter("metrics_filter","The metric name filter consists of a regexp pattern. It specifies which metric data to return. For example, the following filter matches both PVC available and used inodes: `pvc_inodes_available|pvc_inodes_used`. View available metrics at [kubesphere.io](https://docs.kubesphere.io/advanced-v2.0/zh-CN/api-reference/monitoring-metrics/).").DataType("string").Required(false)).
Param(ws.QueryParameter("metrics_filter","The metric name filter consists of a regexp pattern. It specifies which metric data to return. For example, the following filter matches both pod CPU usage and memory usage: `pod_cpu_usage|pod_memory_usage`. View available metrics at [kubesphere.io](https://docs.kubesphere.io/advanced-v2.0/zh-CN/api-reference/monitoring-metrics/).").DataType("string").Required(false)).
Param(ws.QueryParameter("start","Start time of query. Use **start** and **end** to retrieve metric data over a time span. It is a string with Unix time format, eg. 1559347200. ").DataType("string").Required(false)).
Param(ws.QueryParameter("end","End time of query. Use **start** and **end** to retrieve metric data over a time span. It is a string with Unix time format, eg. 1561939200. ").DataType("string").Required(false)).
Param(ws.QueryParameter("step","Time interval. Retrieve metric data at a fixed interval within the time range of start and end. It requires both **start** and **end** are provided. The format is [0-9]+[smhdwy]. Defaults to 10m (i.e. 10 min).").DataType("string").DefaultValue("10m").Required(false)).
Param(ws.QueryParameter("time","A timestamp in Unix time format. Retrieve metric data at a single point in time. Defaults to now. Time and the combination of start, end, step are mutually exclusive.").DataType("string").Required(false)).
Param(ws.QueryParameter("metrics_filter","The metric name filter consists of a regexp pattern. It specifies which metric data to return. For example, the following filter matches both pod CPU usage and memory usage: `pod_cpu_usage|pod_memory_usage`. View available metrics at [kubesphere.io](https://docs.kubesphere.io/advanced-v2.0/zh-CN/api-reference/monitoring-metrics/).").DataType("string").Required(false)).
Param(ws.QueryParameter("resources_filter","The pod filter consists of a regexp pattern. It specifies which pod data to return. For example, the following filter matches any pod whose name begins with redis: `redis.*`.").DataType("string").Required(false)).
Param(ws.QueryParameter("start","Start time of query. Use **start** and **end** to retrieve metric data over a time span. It is a string with Unix time format, eg. 1559347200. ").DataType("string").Required(false)).
Param(ws.QueryParameter("page","The page number. This field paginates result data of each metric, then returns a specific page. For example, setting **page** to 2 returns the second page. It only applies to sorted metric data.").DataType("integer").Required(false)).
Param(ws.QueryParameter("limit","Page size, the maximum number of results in a single page. Defaults to 5.").DataType("integer").Required(false).DefaultValue("5")).
Param(ws.QueryParameter("metrics_filter","The metric name filter consists of a regexp pattern. It specifies which metric data to return. For example, the following filter matches both pod CPU usage and memory usage: `pod_cpu_usage|pod_memory_usage`. View available metrics at [kubesphere.io](https://docs.kubesphere.io/advanced-v2.0/zh-CN/api-reference/monitoring-metrics/).").DataType("string").Required(false)).
Param(ws.QueryParameter("resources_filter","The pod filter consists of a regexp pattern. It specifies which pod data to return. For example, the following filter matches any pod whose name begins with redis: `redis.*`.").DataType("string").Required(false)).
Param(ws.QueryParameter("start","Start time of query. Use **start** and **end** to retrieve metric data over a time span. It is a string with Unix time format, eg. 1559347200. ").DataType("string").Required(false)).
Param(ws.QueryParameter("end","End time of query. Use **start** and **end** to retrieve metric data over a time span. It is a string with Unix time format, eg. 1561939200. ").DataType("string").Required(false)).
Param(ws.QueryParameter("step","Time interval. Retrieve metric data at a fixed interval within the time range of start and end. It requires both **start** and **end** are provided. The format is [0-9]+[smhdwy]. Defaults to 10m (i.e. 10 min).").DataType("string").DefaultValue("10m").Required(false)).
Param(ws.QueryParameter("time","A timestamp in Unix time format. Retrieve metric data at a single point in time. Defaults to now. Time and the combination of start, end, step are mutually exclusive.").DataType("string").Required(false)).
Param(ws.QueryParameter("sort_metric","Sort pods by the specified metric. Not applicable if **start** and **end** are provided.").DataType("string").Required(false)).
Param(ws.QueryParameter("sort_type","Sort order. One of asc, desc.").DefaultValue("desc.").DataType("string").Required(false)).
Param(ws.QueryParameter("page","The page number. This field paginates result data of each metric, then returns a specific page. For example, setting **page** to 2 returns the second page. It only applies to sorted metric data.").DataType("integer").Required(false)).
Param(ws.QueryParameter("limit","Page size, the maximum number of results in a single page. Defaults to 5.").DataType("integer").Required(false).DefaultValue("5")).
Param(ws.QueryParameter("metrics_filter","The metric name filter consists of a regexp pattern. It specifies which metric data to return. For example, the following filter matches both container CPU usage and memory usage: `container_cpu_usage|container_memory_usage`. View available metrics at [kubesphere.io](https://docs.kubesphere.io/advanced-v2.0/zh-CN/api-reference/monitoring-metrics/).").DataType("string").Required(false)).
Param(ws.QueryParameter("resources_filter","The container filter consists of a regexp pattern. It specifies which container data to return. For example, the following filter matches container prometheus and prometheus-config-reloader: `prometheus|prometheus-config-reloader`.").DataType("string").Required(false)).
Param(ws.QueryParameter("metrics_filter","The metric name filter consists of a regexp pattern. It specifies which metric data to return. For example, the following filter matches both pod CPU usage and memory usage: `pod_cpu_usage|pod_memory_usage`. View available metrics at [kubesphere.io](https://docs.kubesphere.io/advanced-v2.0/zh-CN/api-reference/monitoring-metrics/).").DataType("string").Required(false)).
Param(ws.QueryParameter("start","Start time of query. Use **start** and **end** to retrieve metric data over a time span. It is a string with Unix time format, eg. 1559347200. ").DataType("string").Required(false)).
Param(ws.QueryParameter("end","End time of query. Use **start** and **end** to retrieve metric data over a time span. It is a string with Unix time format, eg. 1561939200. ").DataType("string").Required(false)).
Param(ws.QueryParameter("step","Time interval. Retrieve metric data at a fixed interval within the time range of start and end. It requires both **start** and **end** are provided. The format is [0-9]+[smhdwy]. Defaults to 10m (i.e. 10 min).").DataType("string").DefaultValue("10m").Required(false)).
Param(ws.QueryParameter("time","A timestamp in Unix time format. Retrieve metric data at a single point in time. Defaults to now. Time and the combination of start, end, step are mutually exclusive.").DataType("string").Required(false)).
Param(ws.QueryParameter("sort_metric","Sort containers by the specified metric. Not applicable if **start** and **end** are provided.").DataType("string").Required(false)).
Param(ws.QueryParameter("sort_type","Sort order. One of asc, desc.").DefaultValue("desc.").DataType("string").Required(false)).
Param(ws.QueryParameter("page","The page number. This field paginates result data of each metric, then returns a specific page. For example, setting **page** to 2 returns the second page. It only applies to sorted metric data.").DataType("integer").Required(false)).
Param(ws.QueryParameter("limit","Page size, the maximum number of results in a single page. Defaults to 5.").DataType("integer").Required(false).DefaultValue("5")).
Param(ws.QueryParameter("page","The page number. This field paginates result data of each metric, then returns a specific page. For example, setting **page** to 2 returns the second page. It only applies to sorted metric data.").DataType("integer").Required(false)).
Param(ws.QueryParameter("limit","Page size, the maximum number of results in a single page. Defaults to 5.").DataType("integer").Required(false).DefaultValue("5")).
Param(ws.QueryParameter("step","Time interval. Retrieve metric data at a fixed interval within the time range of start and end. It requires both **start** and **end** are provided. The format is [0-9]+[smhdwy]. Defaults to 10m (i.e. 10 min).").DataType("string").DefaultValue("10m").Required(false)).
Param(ws.QueryParameter("time","A timestamp in Unix time format. Retrieve metric data at a single point in time. Defaults to now. Time and the combination of start, end, step are mutually exclusive.").DataType("string").Required(false)).
Param(ws.QueryParameter("metrics_filter","The metric name filter consists of a regexp pattern. It specifies which metric data to return. For example, the following filter matches both pod CPU usage and memory usage: `pod_cpu_usage|pod_memory_usage`. View available metrics at [kubesphere.io](https://docs.kubesphere.io/advanced-v2.0/zh-CN/api-reference/monitoring-metrics/).").DataType("string").Required(false)).
Param(ws.QueryParameter("resources_filter","The pod filter consists of a regexp pattern. It specifies which pod data to return. For example, the following filter matches any pod whose name begins with redis: `redis.*`.").DataType("string").Required(false)).
Doc("Get PVC-level metric data of the specific storageclass's PVCs.").
Param(ws.PathParameter("storageclass","The name of the storageclass.").DataType("string").Required(true)).
Param(ws.PathParameter("metrics_filter","The metric name filter consists of a regexp pattern. It specifies which metric data to return. For example, the following filter matches both PVC available and used inodes: `pvc_inodes_available|pvc_inodes_used`. View available metrics at [kubesphere.io](https://docs.kubesphere.io/advanced-v2.0/zh-CN/api-reference/monitoring-metrics/).").DataType("string").Required(false)).
Param(ws.QueryParameter("resources_filter","The PVC filter consists of a regexp pattern. It specifies which PVC data to return. For example, the following filter matches any pod whose name begins with redis: `redis.*`.").DataType("string").Required(false)).
Param(ws.QueryParameter("start","Start time of query. Use **start** and **end** to retrieve metric data over a time span. It is a string with Unix time format, eg. 1559347200. ").DataType("string").Required(false)).
Param(ws.QueryParameter("end","End time of query. Use **start** and **end** to retrieve metric data over a time span. It is a string with Unix time format, eg. 1561939200. ").DataType("string").Required(false)).
Param(ws.QueryParameter("step","Time interval. Retrieve metric data at a fixed interval within the time range of start and end. It requires both **start** and **end** are provided. The format is [0-9]+[smhdwy]. Defaults to 10m (i.e. 10 min).").DataType("string").DefaultValue("10m").Required(false)).
Param(ws.QueryParameter("time","A timestamp in Unix time format. Retrieve metric data at a single point in time. Defaults to now. Time and the combination of start, end, step are mutually exclusive.").DataType("string").Required(false)).
Param(ws.QueryParameter("sort_metric","Sort pods by the specified metric. Not applicable if **start** and **end** are provided.").DataType("string").Required(false)).
Param(ws.QueryParameter("sort_metric","Sort PVCs by the specified metric. Not applicable if **start** and **end** are provided.").DataType("string").Required(false)).
Param(ws.QueryParameter("sort_type","Sort order. One of asc, desc.").DefaultValue("desc.").DataType("string").Required(false)).
Param(ws.QueryParameter("page","The page number. This field paginates result data of each metric, then returns a specific page. For example, setting **page** to 2 returns the second page. It only applies to sorted metric data.").DataType("integer").Required(false)).
Param(ws.QueryParameter("limit","Page size, the maximum number of results in a single page. Defaults to 5.").DataType("integer").Required(false).DefaultValue("5")).
Doc("Get PVC-level metric data of the specific namespace's PVCs.").
Param(ws.PathParameter("namespace","The name of the namespace.").DataType("string").Required(true)).
Param(ws.PathParameter("kind","Workload kind. One of deployment, daemonset, statefulset.").DataType("string").Required(true)).
Param(ws.QueryParameter("metrics_filter","The metric name filter consists of a regexp pattern. It specifies which metric data to return. For example, the following filter matches both workload CPU usage and memory usage: `workload_pod_cpu_usage|workload_pod_memory_usage`. View available metrics at [kubesphere.io](https://docs.kubesphere.io/advanced-v2.0/zh-CN/api-reference/monitoring-metrics/).").DataType("string").Required(false)).
Param(ws.QueryParameter("resources_filter","The workload filter consists of a regexp pattern. It specifies which workload data to return. For example, the following filter matches any workload whose name begins with prometheus: `prometheus.*`.").DataType("string").Required(false)).
Param(ws.PathParameter("metrics_filter","The metric name filter consists of a regexp pattern. It specifies which metric data to return. For example, the following filter matches both PVC available and used inodes: `pvc_inodes_available|pvc_inodes_used`. View available metrics at [kubesphere.io](https://docs.kubesphere.io/advanced-v2.0/zh-CN/api-reference/monitoring-metrics/).").DataType("string").Required(false)).
Param(ws.QueryParameter("resources_filter","The PVC filter consists of a regexp pattern. It specifies which PVC data to return. For example, the following filter matches any pod whose name begins with redis: `redis.*`.").DataType("string").Required(false)).
Param(ws.QueryParameter("start","Start time of query. Use **start** and **end** to retrieve metric data over a time span. It is a string with Unix time format, eg. 1559347200. ").DataType("string").Required(false)).
Param(ws.QueryParameter("end","End time of query. Use **start** and **end** to retrieve metric data over a time span. It is a string with Unix time format, eg. 1561939200. ").DataType("string").Required(false)).
Param(ws.QueryParameter("step","Time interval. Retrieve metric data at a fixed interval within the time range of start and end. It requires both **start** and **end** are provided. The format is [0-9]+[smhdwy]. Defaults to 10m (i.e. 10 min).").DataType("string").DefaultValue("10m").Required(false)).
Param(ws.QueryParameter("time","A timestamp in Unix time format. Retrieve metric data at a single point in time. Defaults to now. Time and the combination of start, end, step are mutually exclusive.").DataType("string").Required(false)).
Param(ws.QueryParameter("sort_metric","Sort workloads by the specified metric. Not applicable if **start** and **end** are provided.").DataType("string").Required(false)).
Param(ws.QueryParameter("sort_metric","Sort PVCs by the specified metric. Not applicable if **start** and **end** are provided.").DataType("string").Required(false)).
Param(ws.QueryParameter("sort_type","Sort order. One of asc, desc.").DefaultValue("desc.").DataType("string").Required(false)).
Param(ws.QueryParameter("page","The page number. This field paginates result data of each metric, then returns a specific page. For example, setting **page** to 2 returns the second page. It only applies to sorted metric data.").DataType("integer").Required(false)).
Param(ws.QueryParameter("limit","Page size, the maximum number of results in a single page. Defaults to 5.").DataType("integer").Required(false).DefaultValue("5")).
Doc("Get PVC-level metric data of a specific PVC. Navigate to the PVC by the PVC's namespace.").
Param(ws.PathParameter("namespace","The name of the namespace.").DataType("string").Required(true)).
Param(ws.QueryParameter("metrics_filter","The metric name filter consists of a regexp pattern. It specifies which metric data to return. For example, the following filter matches both workload CPU usage and memory usage: `workload_pod_cpu_usage|workload_pod_memory_usage`. View available metrics at [kubesphere.io](https://docs.kubesphere.io/advanced-v2.0/zh-CN/api-reference/monitoring-metrics/).").DataType("string").Required(false)).
Param(ws.QueryParameter("resources_filter","The workload filter consists of a regexp pattern. It specifies which workload data to return. For example, the following filter matches any workload whose name begins with prometheus: `prometheus.*`.").DataType("string").Required(false)).
Param(ws.QueryParameter("start","Start time of query. Use **start** and **end** to retrieve metric data over a time span. It is a string with Unix time format, eg. 1559347200. ").DataType("string").Required(false)).
Param(ws.QueryParameter("end","End time of query. Use **start** and **end** to retrieve metric data over a time span. It is a string with Unix time format, eg. 1561939200. ").DataType("string").Required(false)).
Param(ws.QueryParameter("step","Time interval. Retrieve metric data at a fixed interval within the time range of start and end. It requires both **start** and **end** are provided. The format is [0-9]+[smhdwy]. Defaults to 10m (i.e. 10 min).").DataType("string").DefaultValue("10m").Required(false)).
Param(ws.QueryParameter("time","A timestamp in Unix time format. Retrieve metric data at a single point in time. Defaults to now. Time and the combination of start, end, step are mutually exclusive.").DataType("string").Required(false)).
Param(ws.QueryParameter("sort_metric","Sort workloads by the specified metric. Not applicable if **start** and **end** are provided.").DataType("string").Required(false)).
Param(ws.QueryParameter("sort_type","Sort order. One of asc, desc.").DefaultValue("desc.").DataType("string").Required(false)).
Param(ws.QueryParameter("page","The page number. This field paginates result data of each metric, then returns a specific page. For example, setting **page** to 2 returns the second page. It only applies to sorted metric data.").DataType("integer").Required(false)).
Param(ws.QueryParameter("limit","Page size, the maximum number of results in a single page. Defaults to 5.").DataType("integer").Required(false).DefaultValue("5")).
Param(ws.QueryParameter("metrics_filter","The metric name filter consists of a regexp pattern. It specifies which metric data to return. For example, the following filter matches both workspace CPU usage and memory usage: `workspace_cpu_usage|workspace_memory_usage`. View available metrics at [kubesphere.io](https://docs.kubesphere.io/advanced-v2.0/zh-CN/api-reference/monitoring-metrics/).").DataType("string").Required(false)).
Param(ws.QueryParameter("start","Start time of query. Use **start** and **end** to retrieve metric data over a time span. It is a string with Unix time format, eg. 1559347200. ").DataType("string").Required(false)).
Param(ws.QueryParameter("end","End time of query. Use **start** and **end** to retrieve metric data over a time span. It is a string with Unix time format, eg. 1561939200. ").DataType("string").Required(false)).
Param(ws.QueryParameter("step","Time interval. Retrieve metric data at a fixed interval within the time range of start and end. It requires both **start** and **end** are provided. The format is [0-9]+[smhdwy]. Defaults to 10m (i.e. 10 min).").DataType("string").DefaultValue("10m").Required(false)).
Param(ws.QueryParameter("time","A timestamp in Unix time format. Retrieve metric data at a single point in time. Defaults to now. Time and the combination of start, end, step are mutually exclusive.").DataType("string").Required(false)).
Param(ws.QueryParameter("type","Additional operations. Currently available types is statistics. It retrieves the total number of namespaces, devops projects, members and roles in this workspace at the moment.").DataType("string").Required(false)).
Doc("Get workspace-level metric data of all workspaces.").
Param(ws.QueryParameter("metrics_filter","The metric name filter consists of a regexp pattern. It specifies which metric data to return. For example, the following filter matches both workspace CPU usage and memory usage: `workspace_cpu_usage|workspace_memory_usage`. View available metrics at [kubesphere.io](https://docs.kubesphere.io/advanced-v2.0/zh-CN/api-reference/monitoring-metrics/).").DataType("string").Required(false)).
Param(ws.QueryParameter("resources_filter","The workspace filter consists of a regexp pattern. It specifies which workspace data to return.").DataType("string").Required(false)).
Param(ws.PathParameter("metrics_filter","The metric name filter consists of a regexp pattern. It specifies which metric data to return. For example, the following filter matches both PVC available and used inodes: `pvc_inodes_available|pvc_inodes_used`. View available metrics at [kubesphere.io](https://docs.kubesphere.io/advanced-v2.0/zh-CN/api-reference/monitoring-metrics/).").DataType("string").Required(false)).
Param(ws.QueryParameter("start","Start time of query. Use **start** and **end** to retrieve metric data over a time span. It is a string with Unix time format, eg. 1559347200. ").DataType("string").Required(false)).
Param(ws.QueryParameter("end","End time of query. Use **start** and **end** to retrieve metric data over a time span. It is a string with Unix time format, eg. 1561939200. ").DataType("string").Required(false)).
Param(ws.QueryParameter("step","Time interval. Retrieve metric data at a fixed interval within the time range of start and end. It requires both **start** and **end** are provided. The format is [0-9]+[smhdwy]. Defaults to 10m (i.e. 10 min).").DataType("string").DefaultValue("10m").Required(false)).
Param(ws.QueryParameter("time","A timestamp in Unix time format. Retrieve metric data at a single point in time. Defaults to now. Time and the combination of start, end, step are mutually exclusive.").DataType("string").Required(false)).
Param(ws.QueryParameter("sort_metric","Sort workspaces by the specified metric. Not applicable if **start** and **end** are provided.").DataType("string").Required(false)).
Param(ws.QueryParameter("sort_type","Sort order. One of asc, desc.").DefaultValue("desc.").DataType("string").Required(false)).
Param(ws.QueryParameter("page","The page number. This field paginates result data of each metric, then returns a specific page. For example, setting **page** to 2 returns the second page. It only applies to sorted metric data.").DataType("integer").Required(false)).
Param(ws.QueryParameter("limit","Page size, the maximum number of results in a single page. Defaults to 5.").DataType("integer").Required(false).DefaultValue("5")).
Param(ws.QueryParameter("type","Additional operations. Currently available types is statistics. It retrieves the total number of workspaces, devops projects, namespaces, accounts in the cluster at the moment.").DataType("string").Required(false)).
Param(ws.QueryParameter("step","Time interval. Retrieve metric data at a fixed interval within the time range of start and end. It requires both **start** and **end** are provided. The format is [0-9]+[smhdwy]. Defaults to 10m (i.e. 10 min).").DataType("string").DefaultValue("10m").Required(false)).
Param(ws.QueryParameter("time","A timestamp in Unix time format. Retrieve metric data at a single point in time. Defaults to now. Time and the combination of start, end, step are mutually exclusive.").DataType("string").Required(false)).
"cluster_pod_quota":`sum(max(kube_node_status_capacity_pods) by (node) unless on (node) (kube_node_status_condition{condition="Ready",status=~"unknown|false"} > 0))`,
"node_disk_size_capacity":`sum(max(node_filesystem_size_bytes{device=~"/dev/.*", device!~"/dev/loop\\d+", job="node-exporter"} * on (namespace, pod) group_left(node) node_namespace_pod:kube_pod_info:{$1}) by (device, node)) by (node)`,
"node_pod_quota":`max(kube_node_status_capacity_pods{$1}) by (node) unless on (node) (kube_node_status_condition{condition="Ready",status=~"unknown|false"} > 0)`,
"workspace_cpu_usage":`round(sum by (label_kubesphere_io_workspace) (namespace:container_cpu_usage_seconds_total:sum_rate{namespace!="", $1}), 0.001)`,
"workspace_memory_usage":`sum by (label_kubesphere_io_workspace) (namespace:container_memory_usage_bytes:sum{namespace!="", $1})`,
"workspace_memory_usage_wo_cache":`sum by (label_kubesphere_io_workspace) (namespace:container_memory_usage_bytes_wo_cache:sum{namespace!="", $1})`,
"workspace_net_bytes_transmitted":`sum by (label_kubesphere_io_workspace) (sum by (namespace) (irate(container_network_transmit_bytes_total{namespace!="", pod_name!="", interface!~"^(cali.+|tunl.+|dummy.+|kube.+|flannel.+|cni.+|docker.+|veth.+|lo.*)", job="kubelet"}[5m])) * on (namespace) group_left(label_kubesphere_io_workspace) kube_namespace_labels{$1})`,
"workspace_net_bytes_received":`sum by (label_kubesphere_io_workspace) (sum by (namespace) (irate(container_network_receive_bytes_total{namespace!="", pod_name!="", interface!~"^(cali.+|tunl.+|dummy.+|kube.+|flannel.+|cni.+|docker.+|veth.+|lo.*)", job="kubelet"}[5m])) * on (namespace) group_left(label_kubesphere_io_workspace) kube_namespace_labels{})`,
"workspace_pod_count":`sum by (label_kubesphere_io_workspace) (kube_pod_status_phase{phase!~"Failed|Succeeded", namespace!=""} * on (namespace) group_left(label_kubesphere_io_workspace)(kube_namespace_labels{$1}))`,
"workspace_pod_running_count":`sum by (label_kubesphere_io_workspace) (kube_pod_status_phase{phase="Running", namespace!=""} * on (namespace) group_left(label_kubesphere_io_workspace)(kube_namespace_labels{$1}))`,
"workspace_pod_succeeded_count":`sum by (label_kubesphere_io_workspace) (kube_pod_status_phase{phase="Succeeded", namespace!=""} * on (namespace) group_left(label_kubesphere_io_workspace)(kube_namespace_labels{$1}))`,
"workspace_pod_abnormal_count":`count by (label_kubesphere_io_workspace) ((kube_pod_info{node!=""} unless on (pod, namespace) (kube_pod_status_phase{job="kube-state-metrics", phase="Succeeded"}>0) unless on (pod, namespace) ((kube_pod_status_ready{job="kube-state-metrics", condition="true"}>0) and on (pod, namespace) (kube_pod_status_phase{job="kube-state-metrics", phase="Running"}>0)) unless on (pod, namespace) (kube_pod_container_status_waiting_reason{job="kube-state-metrics", reason="ContainerCreating"}>0)) * on (namespace) group_left(label_kubesphere_io_workspace)(kube_namespace_labels{$1}))`,
"workspace_ingresses_extensions_count":`sum by (label_kubesphere_io_workspace) (kube_ingress_labels{namespace!=""} * on (namespace) group_left(label_kubesphere_io_workspace)(kube_namespace_labels{$1}))`,
"workspace_cronjob_count":`sum by (label_kubesphere_io_workspace) (kube_cronjob_labels{namespace!=""} * on (namespace) group_left(label_kubesphere_io_workspace)(kube_namespace_labels{$1}))`,
"workspace_pvc_count":`sum by (label_kubesphere_io_workspace) (kube_persistentvolumeclaim_info{namespace!=""} * on (namespace) group_left(label_kubesphere_io_workspace)(kube_namespace_labels{$1}))`,
"workspace_daemonset_count":`sum by (label_kubesphere_io_workspace) (kube_daemonset_labels{namespace!=""} * on (namespace) group_left(label_kubesphere_io_workspace)(kube_namespace_labels{$1}))`,
"workspace_deployment_count":`sum by (label_kubesphere_io_workspace) (kube_deployment_labels{namespace!=""} * on (namespace) group_left(label_kubesphere_io_workspace)(kube_namespace_labels{$1}))`,
"workspace_endpoint_count":`sum by (label_kubesphere_io_workspace) (kube_endpoint_labels{namespace!=""} * on (namespace) group_left(label_kubesphere_io_workspace)(kube_namespace_labels{$1}))`,
"workspace_hpa_count":`sum by (label_kubesphere_io_workspace) (kube_hpa_labels{namespace!=""} * on (namespace) group_left(label_kubesphere_io_workspace)(kube_namespace_labels{$1}))`,
"workspace_job_count":`sum by (label_kubesphere_io_workspace) (kube_job_labels{namespace!=""} * on (namespace) group_left(label_kubesphere_io_workspace)(kube_namespace_labels{$1}))`,
"workspace_statefulset_count":`sum by (label_kubesphere_io_workspace) (kube_statefulset_labels{namespace!=""} * on (namespace) group_left(label_kubesphere_io_workspace)(kube_namespace_labels{$1}))`,
"workspace_replicaset_count":`count by (label_kubesphere_io_workspace) (kube_replicaset_created{namespace!=""} * on (namespace) group_left(label_kubesphere_io_workspace)(kube_namespace_labels{$1}))`,
"workspace_service_count":`sum by (label_kubesphere_io_workspace) (kube_service_info{namespace!=""} * on (namespace) group_left(label_kubesphere_io_workspace)(kube_namespace_labels{$1}))`,
"workspace_secret_count":`sum by (label_kubesphere_io_workspace) (kube_secret_info{namespace!=""} * on (namespace) group_left(label_kubesphere_io_workspace)(kube_namespace_labels{$1}))`,
"workspace_pod_abnormal_ratio":`count by (label_kubesphere_io_workspace) ((kube_pod_info{node!=""} unless on (pod, namespace) (kube_pod_status_phase{job="kube-state-metrics", phase="Succeeded"}>0) unless on (pod, namespace) ((kube_pod_status_ready{job="kube-state-metrics", condition="true"}>0) and on (pod, namespace) (kube_pod_status_phase{job="kube-state-metrics", phase="Running"}>0)) unless on (pod, namespace) (kube_pod_container_status_waiting_reason{job="kube-state-metrics", reason="ContainerCreating"}>0)) * on (namespace) group_left(label_kubesphere_io_workspace) kube_namespace_labels{$1}) / sum by (label_kubesphere_io_workspace) (kube_pod_status_phase{phase!="Succeeded", namespace!=""} * on (namespace) group_left(label_kubesphere_io_workspace)(kube_namespace_labels{$1}))`,
"namespace_net_bytes_transmitted":`sum by (namespace) (irate(container_network_transmit_bytes_total{namespace!="", pod_name!="", interface!~"^(cali.+|tunl.+|dummy.+|kube.+|flannel.+|cni.+|docker.+|veth.+|lo.*)", job="kubelet"}[5m]) * on (namespace) group_left(label_kubesphere_io_workspace) kube_namespace_labels{$1})`,
"namespace_net_bytes_received":`sum by (namespace) (irate(container_network_receive_bytes_total{namespace!="", pod_name!="", interface!~"^(cali.+|tunl.+|dummy.+|kube.+|flannel.+|cni.+|docker.+|veth.+|lo.*)", job="kubelet"}[5m]) * on (namespace) group_left(label_kubesphere_io_workspace) kube_namespace_labels{$1})`,
"namespace_pod_count":`sum by (namespace) (kube_pod_status_phase{phase!~"Failed|Succeeded", namespace!=""} * on (namespace) group_left(label_kubesphere_io_workspace) kube_namespace_labels{$1})`,
"namespace_pod_running_count":`sum by (namespace) (kube_pod_status_phase{phase="Running", namespace!=""} * on (namespace) group_left(label_kubesphere_io_workspace) kube_namespace_labels{$1})`,
"namespace_pod_succeeded_count":`sum by (namespace) (kube_pod_status_phase{phase="Succeeded", namespace!=""} * on (namespace) group_left(label_kubesphere_io_workspace) kube_namespace_labels{$1})`,
"namespace_memory_limit_hard":`min by (namespace) (kube_resourcequota{resourcequota!="quota", type="hard", namespace!="", resource="limits.memory"} * on (namespace) group_left(label_kubesphere_io_workspace) kube_namespace_labels{$1})`,
"namespace_cpu_limit_hard":`min by (namespace) (kube_resourcequota{resourcequota!="quota", type="hard", namespace!="", resource="limits.cpu"} * on (namespace) group_left(label_kubesphere_io_workspace) kube_namespace_labels{$1})`,
"namespace_pod_count_hard":`min by (namespace) (kube_resourcequota{resourcequota!="quota", type="hard", namespace!="", resource="count/pods"} * on (namespace) group_left(label_kubesphere_io_workspace) kube_namespace_labels{$1})`,
"namespace_cronjob_count":`sum by (namespace) (kube_cronjob_labels{namespace!=""} * on (namespace) group_left(label_kubesphere_io_workspace) kube_namespace_labels{$1})`,
"namespace_pvc_count":`sum by (namespace) (kube_persistentvolumeclaim_info{namespace!=""} * on (namespace) group_left(label_kubesphere_io_workspace) kube_namespace_labels{$1})`,
"namespace_daemonset_count":`sum by (namespace) (kube_daemonset_labels{namespace!=""} * on (namespace) group_left(label_kubesphere_io_workspace) kube_namespace_labels{$1})`,
"namespace_deployment_count":`sum by (namespace) (kube_deployment_labels{namespace!=""} * on (namespace) group_left(label_kubesphere_io_workspace) kube_namespace_labels{$1})`,
"namespace_endpoint_count":`sum by (namespace) (kube_endpoint_labels{namespace!=""} * on (namespace) group_left(label_kubesphere_io_workspace) kube_namespace_labels{$1})`,
"namespace_hpa_count":`sum by (namespace) (kube_hpa_labels{namespace!=""} * on (namespace) group_left(label_kubesphere_io_workspace) kube_namespace_labels{$1})`,
"namespace_job_count":`sum by (namespace) (kube_job_labels{namespace!=""} * on (namespace) group_left(label_kubesphere_io_workspace) kube_namespace_labels{$1})`,
"namespace_statefulset_count":`sum by (namespace) (kube_statefulset_labels{namespace!=""} * on (namespace) group_left(label_kubesphere_io_workspace) kube_namespace_labels{$1})`,
"namespace_replicaset_count":`count by (namespace) (kube_replicaset_created{namespace!=""} * on (namespace) group_left(label_kubesphere_io_workspace) kube_namespace_labels{$1})`,
"namespace_service_count":`sum by (namespace) (kube_service_info{namespace!=""} * on (namespace) group_left(label_kubesphere_io_workspace) kube_namespace_labels{$1})`,
"namespace_secret_count":`sum by (namespace) (kube_secret_info{namespace!=""} * on (namespace) group_left(label_kubesphere_io_workspace) kube_namespace_labels{$1})`,
"namespace_ingresses_extensions_count":`sum by (namespace) (kube_ingress_labels{namespace!=""} * on (namespace) group_left(label_kubesphere_io_workspace) kube_namespace_labels{$1})`,
"namespace_s2ibuilder_count":`sum by (namespace) (s2i_s2ibuilder_created{namespace!=""} * on (namespace) group_left(label_kubesphere_io_workspace) kube_namespace_labels{$1})`,
// workload
// TODO: the following four metrics are deprecated.
"cluster_pod_quota":`sum(max(kube_node_status_capacity_pods) by (node) unless on (node) (kube_node_status_condition{condition="Ready",status=~"unknown|false"} > 0))`,
"node_disk_size_capacity":`sum(max(node_filesystem_size_bytes{device=~"/dev/.*", device!~"/dev/loop\\d+", job="node-exporter"} * on (namespace, pod) group_left(node) node_namespace_pod:kube_pod_info:$1) by (device, node)) by (node)`,
"node_pod_quota":`max(kube_node_status_capacity_pods$1) by (node) unless on (node) (kube_node_status_condition{condition="Ready",status=~"unknown|false"} > 0)`,
"namespace_net_bytes_transmitted":`sum by (namespace) (irate(container_network_transmit_bytes_total{namespace!="", namespace=~"$1", pod_name!="", `+ExcludedVirtualNetworkInterfaces+`, job="kubelet"}[5m]))* on (namespace) group_left(label_kubesphere_io_workspace)(kube_namespace_labels)`,
"namespace_net_bytes_received":`sum by (namespace) (irate(container_network_receive_bytes_total{namespace!="", namespace=~"$1", pod_name!="", `+ExcludedVirtualNetworkInterfaces+`, job="kubelet"}[5m])) * on (namespace) group_left(label_kubesphere_io_workspace)(kube_namespace_labels)`,
"namespace_pod_count":`sum(kube_pod_status_phase{phase!~"Failed|Succeeded", namespace!="", namespace=~"$1"}) by (namespace) * on (namespace) group_left(label_kubesphere_io_workspace)(kube_namespace_labels)`,
"namespace_pod_running_count":`sum(kube_pod_status_phase{phase="Running", namespace!="", namespace=~"$1"}) by (namespace) * on (namespace) group_left(label_kubesphere_io_workspace)(kube_namespace_labels)`,
"namespace_pod_succeeded_count":`sum(kube_pod_status_phase{phase="Succeeded", namespace!="", namespace=~"$1"}) by (namespace) * on (namespace) group_left(label_kubesphere_io_workspace)(kube_namespace_labels)`,
"namespace_roles_count_used":`max(kube_resourcequota{resourcequota!="quota", type="used", namespace!="", namespace=~"$1", resource="count/roles.rbac.authorization.k8s.io"}) by (namespace, resource, type) * on (namespace) group_left(label_kubesphere_io_workspace)(kube_namespace_labels)`,
"namespace_pvc_used":`max(kube_resourcequota{resourcequota!="quota", type="used", namespace!="", namespace=~"$1", resource="persistentvolumeclaims"}) by (namespace, resource, type) * on (namespace) group_left(label_kubesphere_io_workspace)(kube_namespace_labels)`,
"namespace_storage_request_used":`max(kube_resourcequota{resourcequota!="quota", type="used", namespace!="", namespace=~"$1", resource="requests.storage"}) by (namespace, resource, type) * on (namespace) group_left(label_kubesphere_io_workspace)(kube_namespace_labels)`,
"namespace_service_loadbalancer_used":`max(kube_resourcequota{resourcequota!="quota", type="used", namespace!="", namespace=~"$1", resource="services.loadbalancers"}) by (namespace, resource, type) * on (namespace) group_left(label_kubesphere_io_workspace)(kube_namespace_labels)`,
// workarounds to calculate resource quota usage
"namespace_deployment_count_used":`count(kube_deployment_created{namespace="$1"}) by (namespace) * on(namespace) group_left(label_kubesphere_io_workspace) kube_namespace_labels`,
"namespace_statefulset_count_used":`count(kube_statefulset_created{namespace="$1"}) by (namespace) * on(namespace) group_left(label_kubesphere_io_workspace) kube_namespace_labels`,
"namespace_daemonset_count_used":`count(kube_daemonset_created{namespace="$1"}) by (namespace) * on(namespace) group_left(label_kubesphere_io_workspace) kube_namespace_labels`,
"namespace_jobs_batch_count_used":`count(kube_job_info{namespace="$1"}) by (namespace) * on(namespace) group_left(label_kubesphere_io_workspace) kube_namespace_labels`,
"namespace_cronjobs_batch_count_used":`count(kube_cronjob_created{namespace="$1"}) by (namespace) * on(namespace) group_left(label_kubesphere_io_workspace) kube_namespace_labels`,
"namespace_pod_count_used":`sum(kube_pod_status_phase{phase!~"Failed|Succeeded", namespace!="", namespace=~"$1"}) by (namespace) * on (namespace) group_left(label_kubesphere_io_workspace) kube_namespace_labels`,
"namespace_service_count_used":`count(kube_service_created{namespace="$1"}) by (namespace) * on(namespace) group_left(label_kubesphere_io_workspace) kube_namespace_labels`,
"namespace_ingresses_extensions_count_used":`count(kube_ingress_created{namespace="$1"}) by (namespace) * on(namespace) group_left(label_kubesphere_io_workspace) kube_namespace_labels`,
"namespace_pvc_count_used":`count(kube_persistentvolumeclaim_info{namespace="$1"}) by (namespace) * on(namespace) group_left(label_kubesphere_io_workspace) kube_namespace_labels`,
"namespace_secret_count_used":`count(kube_secret_created{namespace="$1"}) by (namespace) * on(namespace) group_left(label_kubesphere_io_workspace) kube_namespace_labels`,
"namespace_configmap_count_used":`count(kube_configmap_created{namespace="$1"}) by (namespace) * on(namespace) group_left(label_kubesphere_io_workspace) kube_namespace_labels`,
"namespace_configmap_count_hard":`min(kube_resourcequota{resourcequota!="quota", type="hard", namespace!="", namespace=~"$1", resource="count/configmaps"}) by (namespace, resource, type) * on (namespace) group_left(label_kubesphere_io_workspace)(kube_namespace_labels)`,
"namespace_jobs_batch_count_hard":`min(kube_resourcequota{resourcequota!="quota", type="hard", namespace!="", namespace=~"$1", resource="count/jobs.batch"}) by (namespace, resource, type) * on (namespace) group_left(label_kubesphere_io_workspace)(kube_namespace_labels)`,
"namespace_roles_count_hard":`min(kube_resourcequota{resourcequota!="quota", type="hard", namespace!="", namespace=~"$1", resource="count/roles.rbac.authorization.k8s.io"}) by (namespace, resource, type) * on (namespace) group_left(label_kubesphere_io_workspace)(kube_namespace_labels)`,
"namespace_memory_limit_hard":`min(kube_resourcequota{resourcequota!="quota", type="hard", namespace!="", namespace=~"$1", resource="limits.memory"}) by (namespace, resource, type) * on (namespace) group_left(label_kubesphere_io_workspace)(kube_namespace_labels)`,
"namespace_pvc_hard":`min(kube_resourcequota{resourcequota!="quota", type="hard", namespace!="", namespace=~"$1", resource="persistentvolumeclaims"}) by (namespace, resource, type) * on (namespace) group_left(label_kubesphere_io_workspace)(kube_namespace_labels)`,
"namespace_memory_request_hard":`min(kube_resourcequota{resourcequota!="quota", type="hard", namespace!="", namespace=~"$1", resource="requests.memory"}) by (namespace, resource, type) * on (namespace) group_left(label_kubesphere_io_workspace)(kube_namespace_labels)`,
"namespace_pvc_count_hard":`min(kube_resourcequota{resourcequota!="quota", type="hard", namespace!="", namespace=~"$1", resource="count/persistentvolumeclaims"}) by (namespace, resource, type) * on (namespace) group_left(label_kubesphere_io_workspace)(kube_namespace_labels)`,
"namespace_cronjobs_batch_count_hard":`min(kube_resourcequota{resourcequota!="quota", type="hard", namespace!="", namespace=~"$1", resource="count/cronjobs.batch"}) by (namespace, resource, type) * on (namespace) group_left(label_kubesphere_io_workspace)(kube_namespace_labels)`,
"namespace_ingresses_extensions_count_hard":`min(kube_resourcequota{resourcequota!="quota", type="hard", namespace!="", namespace=~"$1", resource="count/ingresses.extensions"}) by (namespace, resource, type) * on (namespace) group_left(label_kubesphere_io_workspace)(kube_namespace_labels)`,
"namespace_cpu_limit_hard":`min(kube_resourcequota{resourcequota!="quota", type="hard", namespace!="", namespace=~"$1", resource="limits.cpu"}) by (namespace, resource, type) * on (namespace) group_left(label_kubesphere_io_workspace)(kube_namespace_labels)`,
"namespace_storage_request_hard":`min(kube_resourcequota{resourcequota!="quota", type="hard", namespace!="", namespace=~"$1", resource="requests.storage"}) by (namespace, resource, type) * on (namespace) group_left(label_kubesphere_io_workspace)(kube_namespace_labels)`,
"namespace_deployment_count_hard":`min(kube_resourcequota{resourcequota!="quota", type="hard", namespace!="", namespace=~"$1", resource="count/deployments.apps"}) by (namespace, resource, type) * on (namespace) group_left(label_kubesphere_io_workspace)(kube_namespace_labels)`,
"namespace_pod_count_hard":`min(kube_resourcequota{resourcequota!="quota", type="hard", namespace!="", namespace=~"$1", resource="count/pods"}) by (namespace, resource, type) * on (namespace) group_left(label_kubesphere_io_workspace)(kube_namespace_labels)`,
"namespace_statefulset_count_hard":`min(kube_resourcequota{resourcequota!="quota", type="hard", namespace!="", namespace=~"$1", resource="count/statefulsets.apps"}) by (namespace, resource, type) * on (namespace) group_left(label_kubesphere_io_workspace)(kube_namespace_labels)`,
"namespace_daemonset_count_hard":`min(kube_resourcequota{resourcequota!="quota", type="hard", namespace!="", namespace=~"$1", resource="count/daemonsets.apps"}) by (namespace, resource, type) * on (namespace) group_left(label_kubesphere_io_workspace)(kube_namespace_labels)`,
"namespace_secret_count_hard":`min(kube_resourcequota{resourcequota!="quota", type="hard", namespace!="", namespace=~"$1", resource="count/secrets"}) by (namespace, resource, type) * on (namespace) group_left(label_kubesphere_io_workspace)(kube_namespace_labels)`,
"namespace_service_count_hard":`min(kube_resourcequota{resourcequota!="quota", type="hard", namespace!="", namespace=~"$1", resource="count/services"}) by (namespace, resource, type) * on (namespace) group_left(label_kubesphere_io_workspace)(kube_namespace_labels)`,
"namespace_cpu_request_hard":`min(kube_resourcequota{resourcequota!="quota", type="hard", namespace!="", namespace=~"$1", resource="requests.cpu"}) by (namespace, resource, type) * on (namespace) group_left(label_kubesphere_io_workspace)(kube_namespace_labels)`,
"namespace_service_loadbalancer_hard":`min(kube_resourcequota{resourcequota!="quota", type="hard", namespace!="", namespace=~"$1", resource="services.loadbalancers"}) by (namespace, resource, type) * on (namespace) group_left(label_kubesphere_io_workspace)(kube_namespace_labels)`,
"namespace_cronjob_count":`sum(kube_cronjob_labels{namespace!="", namespace=~"$1"}) by (namespace) * on (namespace) group_left(label_kubesphere_io_workspace)(kube_namespace_labels)`,
"namespace_pvc_count":`sum(kube_persistentvolumeclaim_info{namespace!="", namespace=~"$1"}) by (namespace) * on (namespace) group_left(label_kubesphere_io_workspace)(kube_namespace_labels)`,
"namespace_daemonset_count":`sum(kube_daemonset_labels{namespace!="", namespace=~"$1"}) by (namespace) * on (namespace) group_left(label_kubesphere_io_workspace)(kube_namespace_labels)`,
"namespace_deployment_count":`sum(kube_deployment_labels{namespace!="", namespace=~"$1"}) by (namespace) * on (namespace) group_left(label_kubesphere_io_workspace)(kube_namespace_labels)`,
"namespace_endpoint_count":`sum(kube_endpoint_labels{namespace!="", namespace=~"$1"}) by (namespace) * on (namespace) group_left(label_kubesphere_io_workspace)(kube_namespace_labels)`,
"namespace_hpa_count":`sum(kube_hpa_labels{namespace!="", namespace=~"$1"}) by (namespace) * on (namespace) group_left(label_kubesphere_io_workspace)(kube_namespace_labels)`,
"namespace_job_count":`sum(kube_job_labels{namespace!="", namespace=~"$1"}) by (namespace) * on (namespace) group_left(label_kubesphere_io_workspace)(kube_namespace_labels)`,
"namespace_statefulset_count":`sum(kube_statefulset_labels{namespace!="", namespace=~"$1"}) by (namespace) * on (namespace) group_left(label_kubesphere_io_workspace)(kube_namespace_labels)`,
"namespace_replicaset_count":`count(kube_replicaset_created{namespace!="", namespace=~"$1"}) by (namespace) * on (namespace) group_left(label_kubesphere_io_workspace)(kube_namespace_labels)`,
"namespace_service_count":`sum(kube_service_info{namespace!="", namespace=~"$1"}) by (namespace) * on (namespace) group_left(label_kubesphere_io_workspace)(kube_namespace_labels)`,
"namespace_secret_count":`sum(kube_secret_info{namespace!="", namespace=~"$1"}) by (namespace) * on (namespace) group_left(label_kubesphere_io_workspace)(kube_namespace_labels)`,
"namespace_ingresses_extensions_count":`sum(kube_ingress_labels{namespace!="", namespace=~"$1"}) by (namespace) * on (namespace) group_left(label_kubesphere_io_workspace)(kube_namespace_labels)`,
"workspace_net_bytes_transmitted":`sum(sum by (namespace) (irate(container_network_transmit_bytes_total{namespace!="", namespace$1, pod_name!="", `+ExcludedVirtualNetworkInterfaces+`, job="kubelet"}[5m])))`,
"workspace_net_bytes_received":`sum(sum by (namespace) (irate(container_network_receive_bytes_total{namespace!="", namespace$1, pod_name!="", `+ExcludedVirtualNetworkInterfaces+`, job="kubelet"}[5m])))`,
"workspace_pod_count":`sum(kube_pod_status_phase{phase!~"Failed|Succeeded", namespace!="", namespace$1} * on (namespace) group_left(label_kubesphere_io_workspace)(kube_namespace_labels{label_kubesphere_io_workspace$2}))`,
"workspace_pod_running_count":`sum(kube_pod_status_phase{phase="Running", namespace!="", namespace$1} * on (namespace) group_left(label_kubesphere_io_workspace)(kube_namespace_labels{label_kubesphere_io_workspace$2}))`,
"workspace_pod_succeeded_count":`sum(kube_pod_status_phase{phase="Succeeded", namespace!="", namespace$1} * on (namespace) group_left(label_kubesphere_io_workspace)(kube_namespace_labels{label_kubesphere_io_workspace$2}))`,
"workspace_pod_abnormal_count":`count((kube_pod_info{node!="", namespace$1} unless on (pod, namespace) (kube_pod_status_phase{job="kube-state-metrics", phase="Succeeded"}>0) unless on (pod, namespace) ((kube_pod_status_ready{job="kube-state-metrics", condition="true"}>0) and on (pod, namespace) (kube_pod_status_phase{job="kube-state-metrics", phase="Running"}>0)) unless on (pod, namespace) (kube_pod_container_status_waiting_reason{job="kube-state-metrics", reason="ContainerCreating"}>0)) * on (namespace) group_left(label_kubesphere_io_workspace)(kube_namespace_labels{label_kubesphere_io_workspace$2}))`,
"workspace_configmap_count_used":`sum(kube_resourcequota{resourcequota!="quota", type="used", namespace!="", namespace$1, resource="count/configmaps"} * on (namespace) group_left(label_kubesphere_io_workspace)(kube_namespace_labels{label_kubesphere_io_workspace$2})) by (resource, type)`,
"workspace_jobs_batch_count_used":`sum(kube_resourcequota{resourcequota!="quota", type="used", namespace!="", namespace$1, resource="count/jobs.batch"} * on (namespace) group_left(label_kubesphere_io_workspace)(kube_namespace_labels{label_kubesphere_io_workspace$2})) by (resource, type)`,
"workspace_roles_count_used":`sum(kube_resourcequota{resourcequota!="quota", type="used", namespace!="", namespace$1, resource="count/roles.rbac.authorization.k8s.io"} * on (namespace) group_left(label_kubesphere_io_workspace)(kube_namespace_labels{label_kubesphere_io_workspace$2})) by (resource, type)`,
"workspace_memory_limit_used":`sum(kube_resourcequota{resourcequota!="quota", type="used", namespace!="", namespace$1, resource="limits.memory"} * on (namespace) group_left(label_kubesphere_io_workspace)(kube_namespace_labels{label_kubesphere_io_workspace$2})) by (resource, type)`,
"workspace_pvc_used":`sum(kube_resourcequota{resourcequota!="quota", type="used", namespace!="", namespace$1, resource="persistentvolumeclaims"} * on (namespace) group_left(label_kubesphere_io_workspace)(kube_namespace_labels{label_kubesphere_io_workspace$2})) by (resource, type)`,
"workspace_memory_request_used":`sum(kube_resourcequota{resourcequota!="quota", type="used", namespace!="", namespace$1, resource="requests.memory"} * on (namespace) group_left(label_kubesphere_io_workspace)(kube_namespace_labels{label_kubesphere_io_workspace$2})) by (resource, type)`,
"workspace_pvc_count_used":`sum(kube_resourcequota{resourcequota!="quota", type="used", namespace!="", namespace$1, resource="count/persistentvolumeclaims"} * on (namespace) group_left(label_kubesphere_io_workspace)(kube_namespace_labels{label_kubesphere_io_workspace$2})) by (resource, type)`,
"workspace_cronjobs_batch_count_used":`sum(kube_resourcequota{resourcequota!="quota", type="used", namespace!="", namespace$1, resource="count/cronjobs.batch"} * on (namespace) group_left(label_kubesphere_io_workspace)(kube_namespace_labels{label_kubesphere_io_workspace$2})) by (resource, type)`,
"workspace_ingresses_extensions_count_used":`sum(kube_resourcequota{resourcequota!="quota", type="used", namespace!="", namespace$1, resource="count/ingresses.extensions"} * on (namespace) group_left(label_kubesphere_io_workspace)(kube_namespace_labels{label_kubesphere_io_workspace$2})) by (resource, type)`,
"workspace_cpu_limit_used":`sum(kube_resourcequota{resourcequota!="quota", type="used", namespace!="", namespace$1, resource="limits.cpu"} * on (namespace) group_left(label_kubesphere_io_workspace)(kube_namespace_labels{label_kubesphere_io_workspace$2})) by (resource, type)`,
"workspace_storage_request_used":`sum(kube_resourcequota{resourcequota!="quota", type="used", namespace!="", namespace$1, resource="requests.storage"} * on (namespace) group_left(label_kubesphere_io_workspace)(kube_namespace_labels{label_kubesphere_io_workspace$2})) by (resource, type)`,
"workspace_deployment_count_used":`sum(kube_resourcequota{resourcequota!="quota", type="used", namespace!="", namespace$1, resource="count/deployments.apps"} * on (namespace) group_left(label_kubesphere_io_workspace)(kube_namespace_labels{label_kubesphere_io_workspace$2})) by (resource, type)`,
"workspace_pod_count_used":`sum(kube_resourcequota{resourcequota!="quota", type="used", namespace!="", namespace$1, resource="count/pods"} * on (namespace) group_left(label_kubesphere_io_workspace)(kube_namespace_labels{label_kubesphere_io_workspace$2})) by (resource, type)`,
"workspace_statefulset_count_used":`sum(kube_resourcequota{resourcequota!="quota", type="used", namespace!="", namespace$1, resource="count/statefulsets.apps"} * on (namespace) group_left(label_kubesphere_io_workspace)(kube_namespace_labels{label_kubesphere_io_workspace$2})) by (resource, type)`,
"workspace_daemonset_count_used":`sum(kube_resourcequota{resourcequota!="quota", type="used", namespace!="", namespace$1, resource="count/daemonsets.apps"} * on (namespace) group_left(label_kubesphere_io_workspace)(kube_namespace_labels{label_kubesphere_io_workspace$2})) by (resource, type)`,
"workspace_secret_count_used":`sum(kube_resourcequota{resourcequota!="quota", type="used", namespace!="", namespace$1, resource="count/secrets"} * on (namespace) group_left(label_kubesphere_io_workspace)(kube_namespace_labels{label_kubesphere_io_workspace$2})) by (resource, type)`,
"workspace_service_count_used":`sum(kube_resourcequota{resourcequota!="quota", type="used", namespace!="", namespace$1, resource="count/services"} * on (namespace) group_left(label_kubesphere_io_workspace)(kube_namespace_labels{label_kubesphere_io_workspace$2})) by (resource, type)`,
"workspace_cpu_request_used":`sum(kube_resourcequota{resourcequota!="quota", type="used", namespace!="", namespace$1, resource="requests.cpu"} * on (namespace) group_left(label_kubesphere_io_workspace)(kube_namespace_labels{label_kubesphere_io_workspace$2})) by (resource, type)`,
"workspace_service_loadbalancer_used":`sum(kube_resourcequota{resourcequota!="quota", type="used", namespace!="", namespace$1, resource="services.loadbalancers"} * on (namespace) group_left(label_kubesphere_io_workspace)(kube_namespace_labels{label_kubesphere_io_workspace$2})) by (resource, type)`,
"workspace_ingresses_extensions_count":`sum(kube_ingress_labels{namespace!="", namespace$1} * on (namespace) group_left(label_kubesphere_io_workspace)(kube_namespace_labels{label_kubesphere_io_workspace$2}))`,
"workspace_cronjob_count":`sum(kube_cronjob_labels{namespace!="", namespace$1} * on (namespace) group_left(label_kubesphere_io_workspace)(kube_namespace_labels{label_kubesphere_io_workspace$2}))`,
"workspace_pvc_count":`sum(kube_persistentvolumeclaim_info{namespace!="", namespace$1} * on (namespace) group_left(label_kubesphere_io_workspace)(kube_namespace_labels{label_kubesphere_io_workspace$2}))`,
"workspace_daemonset_count":`sum(kube_daemonset_labels{namespace!="", namespace$1} * on (namespace) group_left(label_kubesphere_io_workspace)(kube_namespace_labels{label_kubesphere_io_workspace$2}))`,
"workspace_deployment_count":`sum(kube_deployment_labels{namespace!="", namespace$1} * on (namespace) group_left(label_kubesphere_io_workspace)(kube_namespace_labels{label_kubesphere_io_workspace$2}))`,
"workspace_endpoint_count":`sum(kube_endpoint_labels{namespace!="", namespace$1} * on (namespace) group_left(label_kubesphere_io_workspace)(kube_namespace_labels{label_kubesphere_io_workspace$2}))`,
"workspace_hpa_count":`sum(kube_hpa_labels{namespace!="", namespace$1} * on (namespace) group_left(label_kubesphere_io_workspace)(kube_namespace_labels{label_kubesphere_io_workspace$2}))`,
"workspace_job_count":`sum(kube_job_labels{namespace!="", namespace$1} * on (namespace) group_left(label_kubesphere_io_workspace)(kube_namespace_labels{label_kubesphere_io_workspace$2}))`,
"workspace_statefulset_count":`sum(kube_statefulset_labels{namespace!="", namespace$1} * on (namespace) group_left(label_kubesphere_io_workspace)(kube_namespace_labels{label_kubesphere_io_workspace$2}))`,
"workspace_replicaset_count":`count(kube_replicaset_created{namespace!="", namespace$1} * on (namespace) group_left(label_kubesphere_io_workspace)(kube_namespace_labels{label_kubesphere_io_workspace$2}))`,
"workspace_service_count":`sum(kube_service_info{namespace!="", namespace$1} * on (namespace) group_left(label_kubesphere_io_workspace)(kube_namespace_labels{label_kubesphere_io_workspace$2}))`,
"workspace_secret_count":`sum(kube_secret_info{namespace!="", namespace$1} * on (namespace) group_left(label_kubesphere_io_workspace)(kube_namespace_labels{label_kubesphere_io_workspace$2}))`,
