tencentcloud 1.81.191, May 9 25

tencentcloud 1.81.191 published on Friday, May 9, 2025 by tencentcloudstack

tencentcloudstack/terraform-provider-tencentcloud

tencentcloud.getKubernetesClusterInstances

Explore with Pulumi AI

tencentcloud 1.81.191 published on Friday, May 9, 2025 by tencentcloudstack

tencentcloudstack/terraform-provider-tencentcloud

Example Usage

import * as pulumi from "@pulumi/pulumi";
import * as tencentcloud from "@pulumi/tencentcloud";

const clusterInstances = tencentcloud.getKubernetesClusterInstances({
    clusterId: "cls-ely08ic4",
    filters: [{
        name: "nodepool-id",
        values: ["np-p4e6whqu"],
    }],
    instanceIds: ["ins-kqmx8dm2"],
    instanceRole: "WORKER",
});

import pulumi
import pulumi_tencentcloud as tencentcloud

cluster_instances = tencentcloud.get_kubernetes_cluster_instances(cluster_id="cls-ely08ic4",
    filters=[{
        "name": "nodepool-id",
        "values": ["np-p4e6whqu"],
    }],
    instance_ids=["ins-kqmx8dm2"],
    instance_role="WORKER")

package main

import (
	"github.com/pulumi/pulumi-terraform-provider/sdks/go/tencentcloud/tencentcloud"
	"github.com/pulumi/pulumi/sdk/v3/go/pulumi"
)

func main() {
	pulumi.Run(func(ctx *pulumi.Context) error {
		_, err := tencentcloud.GetKubernetesClusterInstances(ctx, &tencentcloud.GetKubernetesClusterInstancesArgs{
			ClusterId: "cls-ely08ic4",
			Filters: []tencentcloud.GetKubernetesClusterInstancesFilter{
				{
					Name: "nodepool-id",
					Values: []string{
						"np-p4e6whqu",
					},
				},
			},
			InstanceIds: []string{
				"ins-kqmx8dm2",
			},
			InstanceRole: pulumi.StringRef("WORKER"),
		}, nil)
		if err != nil {
			return err
		}
		return nil
	})
}

using System.Collections.Generic;
using System.Linq;
using Pulumi;
using Tencentcloud = Pulumi.Tencentcloud;

return await Deployment.RunAsync(() => 
{
    var clusterInstances = Tencentcloud.GetKubernetesClusterInstances.Invoke(new()
    {
        ClusterId = "cls-ely08ic4",
        Filters = new[]
        {
            new Tencentcloud.Inputs.GetKubernetesClusterInstancesFilterInputArgs
            {
                Name = "nodepool-id",
                Values = new[]
                {
                    "np-p4e6whqu",
                },
            },
        },
        InstanceIds = new[]
        {
            "ins-kqmx8dm2",
        },
        InstanceRole = "WORKER",
    });

});

package generated_program;

import com.pulumi.Context;
import com.pulumi.Pulumi;
import com.pulumi.core.Output;
import com.pulumi.tencentcloud.TencentcloudFunctions;
import com.pulumi.tencentcloud.inputs.GetKubernetesClusterInstancesArgs;
import java.util.List;
import java.util.ArrayList;
import java.util.Map;
import java.io.File;
import java.nio.file.Files;
import java.nio.file.Paths;

public class App {
    public static void main(String[] args) {
        Pulumi.run(App::stack);
    }

    public static void stack(Context ctx) {
        final var clusterInstances = TencentcloudFunctions.getKubernetesClusterInstances(GetKubernetesClusterInstancesArgs.builder()
            .clusterId("cls-ely08ic4")
            .filters(GetKubernetesClusterInstancesFilterArgs.builder()
                .name("nodepool-id")
                .values("np-p4e6whqu")
                .build())
            .instanceIds("ins-kqmx8dm2")
            .instanceRole("WORKER")
            .build());

    }
}

variables:
  clusterInstances:
    fn::invoke:
      function: tencentcloud:getKubernetesClusterInstances
      arguments:
        clusterId: cls-ely08ic4
        filters:
          - name: nodepool-id
            values:
              - np-p4e6whqu
        instanceIds:
          - ins-kqmx8dm2
        instanceRole: WORKER

Using getKubernetesClusterInstances

Two invocation forms are available. The direct form accepts plain arguments and either blocks until the result value is available, or returns a Promise-wrapped result. The output form accepts Input-wrapped arguments and returns an Output-wrapped result.

function getKubernetesClusterInstances(args: GetKubernetesClusterInstancesArgs, opts?: InvokeOptions): Promise<GetKubernetesClusterInstancesResult>
function getKubernetesClusterInstancesOutput(args: GetKubernetesClusterInstancesOutputArgs, opts?: InvokeOptions): Output<GetKubernetesClusterInstancesResult>

def get_kubernetes_cluster_instances(cluster_id: Optional[str] = None,
                                     filters: Optional[Sequence[GetKubernetesClusterInstancesFilter]] = None,
                                     id: Optional[str] = None,
                                     instance_ids: Optional[Sequence[str]] = None,
                                     instance_role: Optional[str] = None,
                                     result_output_file: Optional[str] = None,
                                     opts: Optional[InvokeOptions] = None) -> GetKubernetesClusterInstancesResult
def get_kubernetes_cluster_instances_output(cluster_id: Optional[pulumi.Input[str]] = None,
                                     filters: Optional[pulumi.Input[Sequence[pulumi.Input[GetKubernetesClusterInstancesFilterArgs]]]] = None,
                                     id: Optional[pulumi.Input[str]] = None,
                                     instance_ids: Optional[pulumi.Input[Sequence[pulumi.Input[str]]]] = None,
                                     instance_role: Optional[pulumi.Input[str]] = None,
                                     result_output_file: Optional[pulumi.Input[str]] = None,
                                     opts: Optional[InvokeOptions] = None) -> Output[GetKubernetesClusterInstancesResult]

func GetKubernetesClusterInstances(ctx *Context, args *GetKubernetesClusterInstancesArgs, opts ...InvokeOption) (*GetKubernetesClusterInstancesResult, error)
func GetKubernetesClusterInstancesOutput(ctx *Context, args *GetKubernetesClusterInstancesOutputArgs, opts ...InvokeOption) GetKubernetesClusterInstancesResultOutput

> Note: This function is named GetKubernetesClusterInstances in the Go SDK.

public static class GetKubernetesClusterInstances 
{
    public static Task<GetKubernetesClusterInstancesResult> InvokeAsync(GetKubernetesClusterInstancesArgs args, InvokeOptions? opts = null)
    public static Output<GetKubernetesClusterInstancesResult> Invoke(GetKubernetesClusterInstancesInvokeArgs args, InvokeOptions? opts = null)
}

public static CompletableFuture<GetKubernetesClusterInstancesResult> getKubernetesClusterInstances(GetKubernetesClusterInstancesArgs args, InvokeOptions options)
public static Output<GetKubernetesClusterInstancesResult> getKubernetesClusterInstances(GetKubernetesClusterInstancesArgs args, InvokeOptions options)

fn::invoke:
  function: tencentcloud:index/getKubernetesClusterInstances:getKubernetesClusterInstances
  arguments:
    # arguments dictionary

The following arguments are supported:

ClusterId string: ID of the cluster.
Filters List<GetKubernetesClusterInstancesFilter>: List of filter conditions. The optional values of Name are nodepool-id and nodepool-instance-type. Name is nodepool-id, which means filtering machines based on node pool id, and Value is the specific node pool id. Name is nodepool-instance-type, which indicates how the node is added to the node pool. Value is MANUALLY_ADDED (manually added to the node pool), AUTOSCALING_ADDED (joined by scaling group expansion method), ALL (manually join the node pool and join the node pool through scaling group expansion).
Id string
InstanceIds List<string>: List of node instance IDs to be obtained. If it is empty, it means pulling all node instances in the cluster.
InstanceRole string: Node role, MASTER, WORKER, ETCD, MASTER_ETCD,ALL, default is WORKER.
ResultOutputFile string: Used to save results.

ClusterId string: ID of the cluster.
Filters []GetKubernetesClusterInstancesFilter: List of filter conditions. The optional values of Name are nodepool-id and nodepool-instance-type. Name is nodepool-id, which means filtering machines based on node pool id, and Value is the specific node pool id. Name is nodepool-instance-type, which indicates how the node is added to the node pool. Value is MANUALLY_ADDED (manually added to the node pool), AUTOSCALING_ADDED (joined by scaling group expansion method), ALL (manually join the node pool and join the node pool through scaling group expansion).
Id string
InstanceIds []string: List of node instance IDs to be obtained. If it is empty, it means pulling all node instances in the cluster.
InstanceRole string: Node role, MASTER, WORKER, ETCD, MASTER_ETCD,ALL, default is WORKER.
ResultOutputFile string: Used to save results.

clusterId String: ID of the cluster.
filters List<GetKubernetesClusterInstancesFilter>: List of filter conditions. The optional values of Name are nodepool-id and nodepool-instance-type. Name is nodepool-id, which means filtering machines based on node pool id, and Value is the specific node pool id. Name is nodepool-instance-type, which indicates how the node is added to the node pool. Value is MANUALLY_ADDED (manually added to the node pool), AUTOSCALING_ADDED (joined by scaling group expansion method), ALL (manually join the node pool and join the node pool through scaling group expansion).
id String
instanceIds List<String>: List of node instance IDs to be obtained. If it is empty, it means pulling all node instances in the cluster.
instanceRole String: Node role, MASTER, WORKER, ETCD, MASTER_ETCD,ALL, default is WORKER.
resultOutputFile String: Used to save results.

clusterId string: ID of the cluster.
filters GetKubernetesClusterInstancesFilter[]: List of filter conditions. The optional values of Name are nodepool-id and nodepool-instance-type. Name is nodepool-id, which means filtering machines based on node pool id, and Value is the specific node pool id. Name is nodepool-instance-type, which indicates how the node is added to the node pool. Value is MANUALLY_ADDED (manually added to the node pool), AUTOSCALING_ADDED (joined by scaling group expansion method), ALL (manually join the node pool and join the node pool through scaling group expansion).
id string
instanceIds string[]: List of node instance IDs to be obtained. If it is empty, it means pulling all node instances in the cluster.
instanceRole string: Node role, MASTER, WORKER, ETCD, MASTER_ETCD,ALL, default is WORKER.
resultOutputFile string: Used to save results.

cluster_id str: ID of the cluster.
filters Sequence[GetKubernetesClusterInstancesFilter]: List of filter conditions. The optional values of Name are nodepool-id and nodepool-instance-type. Name is nodepool-id, which means filtering machines based on node pool id, and Value is the specific node pool id. Name is nodepool-instance-type, which indicates how the node is added to the node pool. Value is MANUALLY_ADDED (manually added to the node pool), AUTOSCALING_ADDED (joined by scaling group expansion method), ALL (manually join the node pool and join the node pool through scaling group expansion).
id str
instance_ids Sequence[str]: List of node instance IDs to be obtained. If it is empty, it means pulling all node instances in the cluster.
instance_role str: Node role, MASTER, WORKER, ETCD, MASTER_ETCD,ALL, default is WORKER.
result_output_file str: Used to save results.

clusterId String: ID of the cluster.
filters List<Property Map>: List of filter conditions. The optional values of Name are nodepool-id and nodepool-instance-type. Name is nodepool-id, which means filtering machines based on node pool id, and Value is the specific node pool id. Name is nodepool-instance-type, which indicates how the node is added to the node pool. Value is MANUALLY_ADDED (manually added to the node pool), AUTOSCALING_ADDED (joined by scaling group expansion method), ALL (manually join the node pool and join the node pool through scaling group expansion).
id String
instanceIds List<String>: List of node instance IDs to be obtained. If it is empty, it means pulling all node instances in the cluster.
instanceRole String: Node role, MASTER, WORKER, ETCD, MASTER_ETCD,ALL, default is WORKER.
resultOutputFile String: Used to save results.

getKubernetesClusterInstances Result

The following output properties are available:

ClusterId string
Id string
InstanceSets List<GetKubernetesClusterInstancesInstanceSet>: List of instances in the cluster.
Filters List<GetKubernetesClusterInstancesFilter>
InstanceIds List<string>
InstanceRole string: Node role, MASTER, WORKER, ETCD, MASTER_ETCD,ALL, default is WORKER.
ResultOutputFile string

ClusterId string
Id string
InstanceSets []GetKubernetesClusterInstancesInstanceSet: List of instances in the cluster.
Filters []GetKubernetesClusterInstancesFilter
InstanceIds []string
InstanceRole string: Node role, MASTER, WORKER, ETCD, MASTER_ETCD,ALL, default is WORKER.
ResultOutputFile string

clusterId String
id String
instanceSets List<GetKubernetesClusterInstancesInstanceSet>: List of instances in the cluster.
filters List<GetKubernetesClusterInstancesFilter>
instanceIds List<String>
instanceRole String: Node role, MASTER, WORKER, ETCD, MASTER_ETCD,ALL, default is WORKER.
resultOutputFile String

clusterId string
id string
instanceSets GetKubernetesClusterInstancesInstanceSet[]: List of instances in the cluster.
filters GetKubernetesClusterInstancesFilter[]
instanceIds string[]
instanceRole string: Node role, MASTER, WORKER, ETCD, MASTER_ETCD,ALL, default is WORKER.
resultOutputFile string

cluster_id str
id str
instance_sets Sequence[GetKubernetesClusterInstancesInstanceSet]: List of instances in the cluster.
filters Sequence[GetKubernetesClusterInstancesFilter]
instance_ids Sequence[str]
instance_role str: Node role, MASTER, WORKER, ETCD, MASTER_ETCD,ALL, default is WORKER.
result_output_file str

clusterId String
id String
instanceSets List<Property Map>: List of instances in the cluster.
filters List<Property Map>
instanceIds List<String>
instanceRole String: Node role, MASTER, WORKER, ETCD, MASTER_ETCD,ALL, default is WORKER.
resultOutputFile String

Supporting Types

GetKubernetesClusterInstancesFilter

Name string: The attribute name, if there are multiple filters, the relationship between the filters is a logical AND relationship.
Values List<string>: Attribute values, if there are multiple values in the same filter, the relationship between values under the same filter is a logical OR relationship.

Name string: The attribute name, if there are multiple filters, the relationship between the filters is a logical AND relationship.
Values []string: Attribute values, if there are multiple values in the same filter, the relationship between values under the same filter is a logical OR relationship.

name String: The attribute name, if there are multiple filters, the relationship between the filters is a logical AND relationship.
values List<String>: Attribute values, if there are multiple values in the same filter, the relationship between values under the same filter is a logical OR relationship.

name string: The attribute name, if there are multiple filters, the relationship between the filters is a logical AND relationship.
values string[]: Attribute values, if there are multiple values in the same filter, the relationship between values under the same filter is a logical OR relationship.

name str: The attribute name, if there are multiple filters, the relationship between the filters is a logical AND relationship.
values Sequence[str]: Attribute values, if there are multiple values in the same filter, the relationship between values under the same filter is a logical OR relationship.

name String: The attribute name, if there are multiple filters, the relationship between the filters is a logical AND relationship.
values List<String>: Attribute values, if there are multiple values in the same filter, the relationship between values under the same filter is a logical OR relationship.

GetKubernetesClusterInstancesInstanceSet

AutoscalingGroupId string: Auto scaling group ID.
CreatedTime string: Add time.
DrainStatus string: Whether the instance is blocked.
FailedReason string: Reasons for instance exception (or being initialized).
InstanceAdvancedSettings List<GetKubernetesClusterInstancesInstanceSetInstanceAdvancedSetting>: Node configuration.
InstanceId string: Instance ID.
InstanceRole string: Node role, MASTER, WORKER, ETCD, MASTER_ETCD,ALL, default is WORKER.
InstanceState string: The status of the instance (running, initializing, failed).
LanIp string: Node intranet IP.
NodePoolId string: Resource pool ID.

AutoscalingGroupId string: Auto scaling group ID.
CreatedTime string: Add time.
DrainStatus string: Whether the instance is blocked.
FailedReason string: Reasons for instance exception (or being initialized).
InstanceAdvancedSettings []GetKubernetesClusterInstancesInstanceSetInstanceAdvancedSetting: Node configuration.
InstanceId string: Instance ID.
InstanceRole string: Node role, MASTER, WORKER, ETCD, MASTER_ETCD,ALL, default is WORKER.
InstanceState string: The status of the instance (running, initializing, failed).
LanIp string: Node intranet IP.
NodePoolId string: Resource pool ID.

autoscalingGroupId String: Auto scaling group ID.
createdTime String: Add time.
drainStatus String: Whether the instance is blocked.
failedReason String: Reasons for instance exception (or being initialized).
instanceAdvancedSettings List<GetKubernetesClusterInstancesInstanceSetInstanceAdvancedSetting>: Node configuration.
instanceId String: Instance ID.
instanceRole String: Node role, MASTER, WORKER, ETCD, MASTER_ETCD,ALL, default is WORKER.
instanceState String: The status of the instance (running, initializing, failed).
lanIp String: Node intranet IP.
nodePoolId String: Resource pool ID.

autoscalingGroupId string: Auto scaling group ID.
createdTime string: Add time.
drainStatus string: Whether the instance is blocked.
failedReason string: Reasons for instance exception (or being initialized).
instanceAdvancedSettings GetKubernetesClusterInstancesInstanceSetInstanceAdvancedSetting[]: Node configuration.
instanceId string: Instance ID.
instanceRole string: Node role, MASTER, WORKER, ETCD, MASTER_ETCD,ALL, default is WORKER.
instanceState string: The status of the instance (running, initializing, failed).
lanIp string: Node intranet IP.
nodePoolId string: Resource pool ID.

autoscaling_group_id str: Auto scaling group ID.
created_time str: Add time.
drain_status str: Whether the instance is blocked.
failed_reason str: Reasons for instance exception (or being initialized).
instance_advanced_settings Sequence[GetKubernetesClusterInstancesInstanceSetInstanceAdvancedSetting]: Node configuration.
instance_id str: Instance ID.
instance_role str: Node role, MASTER, WORKER, ETCD, MASTER_ETCD,ALL, default is WORKER.
instance_state str: The status of the instance (running, initializing, failed).
lan_ip str: Node intranet IP.
node_pool_id str: Resource pool ID.

autoscalingGroupId String: Auto scaling group ID.
createdTime String: Add time.
drainStatus String: Whether the instance is blocked.
failedReason String: Reasons for instance exception (or being initialized).
instanceAdvancedSettings List<Property Map>: Node configuration.
instanceId String: Instance ID.
instanceRole String: Node role, MASTER, WORKER, ETCD, MASTER_ETCD,ALL, default is WORKER.
instanceState String: The status of the instance (running, initializing, failed).
lanIp String: Node intranet IP.
nodePoolId String: Resource pool ID.

GetKubernetesClusterInstancesInstanceSetInstanceAdvancedSetting

DataDisks List<GetKubernetesClusterInstancesInstanceSetInstanceAdvancedSettingDataDisk>: Multi-disk data disk mounting information.
DesiredPodNumber double: When the node belongs to the podCIDR size customization mode, you can specify the upper limit of the number of pods running on the node.
DockerGraphPath string: Dockerd --graph specifies the value, the default is /var/lib/docker.
ExtraArgs List<GetKubernetesClusterInstancesInstanceSetInstanceAdvancedSettingExtraArg>: Node-related custom parameter information.
GpuArgs List<GetKubernetesClusterInstancesInstanceSetInstanceAdvancedSettingGpuArg>: GPU driver related parameters, obtain related GPU parameters: https://cloud.tencent.com/document/api/213/15715.
Labels List<GetKubernetesClusterInstancesInstanceSetInstanceAdvancedSettingLabel>: Node Label array.
MountTarget string: Data disk mount point, the data disk is not mounted by default. Formatted ext3, ext4, xfs file system data disks will be mounted directly. Other file systems or unformatted data disks will be automatically formatted as ext4 (tlinux system formatted as xfs) and mounted. Please pay attention to backing up the data. This setting does not take effect for cloud hosts that have no data disks or multiple data disks.
PreStartUserScript string: Base64 encoded user script, executed before initializing the node, currently only effective for adding existing nodes.
Taints List<GetKubernetesClusterInstancesInstanceSetInstanceAdvancedSettingTaint>: Node taint.
Unschedulable double: Set whether the added node participates in scheduling. The default value is 0, which means participating in scheduling; non-0 means not participating in scheduling. After the node initialization is completed, you can execute kubectl uncordon nodename to join the node in scheduling.
UserScript string: Base64 encoded userscript.

DataDisks []GetKubernetesClusterInstancesInstanceSetInstanceAdvancedSettingDataDisk: Multi-disk data disk mounting information.
DesiredPodNumber float64: When the node belongs to the podCIDR size customization mode, you can specify the upper limit of the number of pods running on the node.
DockerGraphPath string: Dockerd --graph specifies the value, the default is /var/lib/docker.
ExtraArgs []GetKubernetesClusterInstancesInstanceSetInstanceAdvancedSettingExtraArg: Node-related custom parameter information.
GpuArgs []GetKubernetesClusterInstancesInstanceSetInstanceAdvancedSettingGpuArg: GPU driver related parameters, obtain related GPU parameters: https://cloud.tencent.com/document/api/213/15715.
Labels []GetKubernetesClusterInstancesInstanceSetInstanceAdvancedSettingLabel: Node Label array.
MountTarget string: Data disk mount point, the data disk is not mounted by default. Formatted ext3, ext4, xfs file system data disks will be mounted directly. Other file systems or unformatted data disks will be automatically formatted as ext4 (tlinux system formatted as xfs) and mounted. Please pay attention to backing up the data. This setting does not take effect for cloud hosts that have no data disks or multiple data disks.
PreStartUserScript string: Base64 encoded user script, executed before initializing the node, currently only effective for adding existing nodes.
Taints []GetKubernetesClusterInstancesInstanceSetInstanceAdvancedSettingTaint: Node taint.
Unschedulable float64: Set whether the added node participates in scheduling. The default value is 0, which means participating in scheduling; non-0 means not participating in scheduling. After the node initialization is completed, you can execute kubectl uncordon nodename to join the node in scheduling.
UserScript string: Base64 encoded userscript.

dataDisks List<GetKubernetesClusterInstancesInstanceSetInstanceAdvancedSettingDataDisk>: Multi-disk data disk mounting information.
desiredPodNumber Double: When the node belongs to the podCIDR size customization mode, you can specify the upper limit of the number of pods running on the node.
dockerGraphPath String: Dockerd --graph specifies the value, the default is /var/lib/docker.
extraArgs List<GetKubernetesClusterInstancesInstanceSetInstanceAdvancedSettingExtraArg>: Node-related custom parameter information.
gpuArgs List<GetKubernetesClusterInstancesInstanceSetInstanceAdvancedSettingGpuArg>: GPU driver related parameters, obtain related GPU parameters: https://cloud.tencent.com/document/api/213/15715.
labels List<GetKubernetesClusterInstancesInstanceSetInstanceAdvancedSettingLabel>: Node Label array.
mountTarget String: Data disk mount point, the data disk is not mounted by default. Formatted ext3, ext4, xfs file system data disks will be mounted directly. Other file systems or unformatted data disks will be automatically formatted as ext4 (tlinux system formatted as xfs) and mounted. Please pay attention to backing up the data. This setting does not take effect for cloud hosts that have no data disks or multiple data disks.
preStartUserScript String: Base64 encoded user script, executed before initializing the node, currently only effective for adding existing nodes.
taints List<GetKubernetesClusterInstancesInstanceSetInstanceAdvancedSettingTaint>: Node taint.
unschedulable Double: Set whether the added node participates in scheduling. The default value is 0, which means participating in scheduling; non-0 means not participating in scheduling. After the node initialization is completed, you can execute kubectl uncordon nodename to join the node in scheduling.
userScript String: Base64 encoded userscript.

dataDisks GetKubernetesClusterInstancesInstanceSetInstanceAdvancedSettingDataDisk[]: Multi-disk data disk mounting information.
desiredPodNumber number: When the node belongs to the podCIDR size customization mode, you can specify the upper limit of the number of pods running on the node.
dockerGraphPath string: Dockerd --graph specifies the value, the default is /var/lib/docker.
extraArgs GetKubernetesClusterInstancesInstanceSetInstanceAdvancedSettingExtraArg[]: Node-related custom parameter information.
gpuArgs GetKubernetesClusterInstancesInstanceSetInstanceAdvancedSettingGpuArg[]: GPU driver related parameters, obtain related GPU parameters: https://cloud.tencent.com/document/api/213/15715.
labels GetKubernetesClusterInstancesInstanceSetInstanceAdvancedSettingLabel[]: Node Label array.
mountTarget string: Data disk mount point, the data disk is not mounted by default. Formatted ext3, ext4, xfs file system data disks will be mounted directly. Other file systems or unformatted data disks will be automatically formatted as ext4 (tlinux system formatted as xfs) and mounted. Please pay attention to backing up the data. This setting does not take effect for cloud hosts that have no data disks or multiple data disks.
preStartUserScript string: Base64 encoded user script, executed before initializing the node, currently only effective for adding existing nodes.
taints GetKubernetesClusterInstancesInstanceSetInstanceAdvancedSettingTaint[]: Node taint.
unschedulable number: Set whether the added node participates in scheduling. The default value is 0, which means participating in scheduling; non-0 means not participating in scheduling. After the node initialization is completed, you can execute kubectl uncordon nodename to join the node in scheduling.
userScript string: Base64 encoded userscript.

data_disks Sequence[GetKubernetesClusterInstancesInstanceSetInstanceAdvancedSettingDataDisk]: Multi-disk data disk mounting information.
desired_pod_number float: When the node belongs to the podCIDR size customization mode, you can specify the upper limit of the number of pods running on the node.
docker_graph_path str: Dockerd --graph specifies the value, the default is /var/lib/docker.
extra_args Sequence[GetKubernetesClusterInstancesInstanceSetInstanceAdvancedSettingExtraArg]: Node-related custom parameter information.
gpu_args Sequence[GetKubernetesClusterInstancesInstanceSetInstanceAdvancedSettingGpuArg]: GPU driver related parameters, obtain related GPU parameters: https://cloud.tencent.com/document/api/213/15715.
labels Sequence[GetKubernetesClusterInstancesInstanceSetInstanceAdvancedSettingLabel]: Node Label array.
mount_target str: Data disk mount point, the data disk is not mounted by default. Formatted ext3, ext4, xfs file system data disks will be mounted directly. Other file systems or unformatted data disks will be automatically formatted as ext4 (tlinux system formatted as xfs) and mounted. Please pay attention to backing up the data. This setting does not take effect for cloud hosts that have no data disks or multiple data disks.
pre_start_user_script str: Base64 encoded user script, executed before initializing the node, currently only effective for adding existing nodes.
taints Sequence[GetKubernetesClusterInstancesInstanceSetInstanceAdvancedSettingTaint]: Node taint.
unschedulable float: Set whether the added node participates in scheduling. The default value is 0, which means participating in scheduling; non-0 means not participating in scheduling. After the node initialization is completed, you can execute kubectl uncordon nodename to join the node in scheduling.
user_script str: Base64 encoded userscript.

dataDisks List<Property Map>: Multi-disk data disk mounting information.
desiredPodNumber Number: When the node belongs to the podCIDR size customization mode, you can specify the upper limit of the number of pods running on the node.
dockerGraphPath String: Dockerd --graph specifies the value, the default is /var/lib/docker.
extraArgs List<Property Map>: Node-related custom parameter information.
gpuArgs List<Property Map>: GPU driver related parameters, obtain related GPU parameters: https://cloud.tencent.com/document/api/213/15715.
labels List<Property Map>: Node Label array.
mountTarget String: Data disk mount point, the data disk is not mounted by default. Formatted ext3, ext4, xfs file system data disks will be mounted directly. Other file systems or unformatted data disks will be automatically formatted as ext4 (tlinux system formatted as xfs) and mounted. Please pay attention to backing up the data. This setting does not take effect for cloud hosts that have no data disks or multiple data disks.
preStartUserScript String: Base64 encoded user script, executed before initializing the node, currently only effective for adding existing nodes.
taints List<Property Map>: Node taint.
unschedulable Number: Set whether the added node participates in scheduling. The default value is 0, which means participating in scheduling; non-0 means not participating in scheduling. After the node initialization is completed, you can execute kubectl uncordon nodename to join the node in scheduling.
userScript String: Base64 encoded userscript.

GetKubernetesClusterInstancesInstanceSetInstanceAdvancedSettingDataDisk

AutoFormatAndMount bool: Whether to automatically format the disk and mount it.
DiskPartition string: Mount device name or partition name, required when and only when adding an existing node.
DiskSize double: Cloud disk size (G).
DiskType string: Cloud disk type.
FileSystem string: File system (ext3/ext4/xfs).
MountTarget string: Data disk mount point, the data disk is not mounted by default. Formatted ext3, ext4, xfs file system data disks will be mounted directly. Other file systems or unformatted data disks will be automatically formatted as ext4 (tlinux system formatted as xfs) and mounted. Please pay attention to backing up the data. This setting does not take effect for cloud hosts that have no data disks or multiple data disks.

AutoFormatAndMount bool: Whether to automatically format the disk and mount it.
DiskPartition string: Mount device name or partition name, required when and only when adding an existing node.
DiskSize float64: Cloud disk size (G).
DiskType string: Cloud disk type.
FileSystem string: File system (ext3/ext4/xfs).
MountTarget string: Data disk mount point, the data disk is not mounted by default. Formatted ext3, ext4, xfs file system data disks will be mounted directly. Other file systems or unformatted data disks will be automatically formatted as ext4 (tlinux system formatted as xfs) and mounted. Please pay attention to backing up the data. This setting does not take effect for cloud hosts that have no data disks or multiple data disks.

autoFormatAndMount Boolean: Whether to automatically format the disk and mount it.
diskPartition String: Mount device name or partition name, required when and only when adding an existing node.
diskSize Double: Cloud disk size (G).
diskType String: Cloud disk type.
fileSystem String: File system (ext3/ext4/xfs).
mountTarget String: Data disk mount point, the data disk is not mounted by default. Formatted ext3, ext4, xfs file system data disks will be mounted directly. Other file systems or unformatted data disks will be automatically formatted as ext4 (tlinux system formatted as xfs) and mounted. Please pay attention to backing up the data. This setting does not take effect for cloud hosts that have no data disks or multiple data disks.

autoFormatAndMount boolean: Whether to automatically format the disk and mount it.
diskPartition string: Mount device name or partition name, required when and only when adding an existing node.
diskSize number: Cloud disk size (G).
diskType string: Cloud disk type.
fileSystem string: File system (ext3/ext4/xfs).
mountTarget string: Data disk mount point, the data disk is not mounted by default. Formatted ext3, ext4, xfs file system data disks will be mounted directly. Other file systems or unformatted data disks will be automatically formatted as ext4 (tlinux system formatted as xfs) and mounted. Please pay attention to backing up the data. This setting does not take effect for cloud hosts that have no data disks or multiple data disks.

auto_format_and_mount bool: Whether to automatically format the disk and mount it.
disk_partition str: Mount device name or partition name, required when and only when adding an existing node.
disk_size float: Cloud disk size (G).
disk_type str: Cloud disk type.
file_system str: File system (ext3/ext4/xfs).
mount_target str: Data disk mount point, the data disk is not mounted by default. Formatted ext3, ext4, xfs file system data disks will be mounted directly. Other file systems or unformatted data disks will be automatically formatted as ext4 (tlinux system formatted as xfs) and mounted. Please pay attention to backing up the data. This setting does not take effect for cloud hosts that have no data disks or multiple data disks.

autoFormatAndMount Boolean: Whether to automatically format the disk and mount it.
diskPartition String: Mount device name or partition name, required when and only when adding an existing node.
diskSize Number: Cloud disk size (G).
diskType String: Cloud disk type.
fileSystem String: File system (ext3/ext4/xfs).
mountTarget String: Data disk mount point, the data disk is not mounted by default. Formatted ext3, ext4, xfs file system data disks will be mounted directly. Other file systems or unformatted data disks will be automatically formatted as ext4 (tlinux system formatted as xfs) and mounted. Please pay attention to backing up the data. This setting does not take effect for cloud hosts that have no data disks or multiple data disks.

GetKubernetesClusterInstancesInstanceSetInstanceAdvancedSettingExtraArg

Kubelets List<string>: Kubelet custom parameters.

Kubelets []string: Kubelet custom parameters.

kubelets List<String>: Kubelet custom parameters.

kubelets string[]: Kubelet custom parameters.

kubelets Sequence[str]: Kubelet custom parameters.

kubelets List<String>: Kubelet custom parameters.

GetKubernetesClusterInstancesInstanceSetInstanceAdvancedSettingGpuArg

Cudas List<GetKubernetesClusterInstancesInstanceSetInstanceAdvancedSettingGpuArgCuda>: CUDA version information.
Cudnns List<GetKubernetesClusterInstancesInstanceSetInstanceAdvancedSettingGpuArgCudnn>: CuDNN version information.
CustomDrivers List<GetKubernetesClusterInstancesInstanceSetInstanceAdvancedSettingGpuArgCustomDriver>: Custom GPU driver information.
Drivers List<GetKubernetesClusterInstancesInstanceSetInstanceAdvancedSettingGpuArgDriver>: GPU driver version information.
MigEnable bool: Whether to enable MIG features.

Cudas []GetKubernetesClusterInstancesInstanceSetInstanceAdvancedSettingGpuArgCuda: CUDA version information.
Cudnns []GetKubernetesClusterInstancesInstanceSetInstanceAdvancedSettingGpuArgCudnn: CuDNN version information.
CustomDrivers []GetKubernetesClusterInstancesInstanceSetInstanceAdvancedSettingGpuArgCustomDriver: Custom GPU driver information.
Drivers []GetKubernetesClusterInstancesInstanceSetInstanceAdvancedSettingGpuArgDriver: GPU driver version information.
MigEnable bool: Whether to enable MIG features.

cudas List<GetKubernetesClusterInstancesInstanceSetInstanceAdvancedSettingGpuArgCuda>: CUDA version information.
cudnns List<GetKubernetesClusterInstancesInstanceSetInstanceAdvancedSettingGpuArgCudnn>: CuDNN version information.
customDrivers List<GetKubernetesClusterInstancesInstanceSetInstanceAdvancedSettingGpuArgCustomDriver>: Custom GPU driver information.
drivers List<GetKubernetesClusterInstancesInstanceSetInstanceAdvancedSettingGpuArgDriver>: GPU driver version information.
migEnable Boolean: Whether to enable MIG features.

cudas GetKubernetesClusterInstancesInstanceSetInstanceAdvancedSettingGpuArgCuda[]: CUDA version information.
cudnns GetKubernetesClusterInstancesInstanceSetInstanceAdvancedSettingGpuArgCudnn[]: CuDNN version information.
customDrivers GetKubernetesClusterInstancesInstanceSetInstanceAdvancedSettingGpuArgCustomDriver[]: Custom GPU driver information.
drivers GetKubernetesClusterInstancesInstanceSetInstanceAdvancedSettingGpuArgDriver[]: GPU driver version information.
migEnable boolean: Whether to enable MIG features.

cudas Sequence[GetKubernetesClusterInstancesInstanceSetInstanceAdvancedSettingGpuArgCuda]: CUDA version information.
cudnns Sequence[GetKubernetesClusterInstancesInstanceSetInstanceAdvancedSettingGpuArgCudnn]: CuDNN version information.
custom_drivers Sequence[GetKubernetesClusterInstancesInstanceSetInstanceAdvancedSettingGpuArgCustomDriver]: Custom GPU driver information.
drivers Sequence[GetKubernetesClusterInstancesInstanceSetInstanceAdvancedSettingGpuArgDriver]: GPU driver version information.
mig_enable bool: Whether to enable MIG features.

cudas List<Property Map>: CUDA version information.
cudnns List<Property Map>: CuDNN version information.
customDrivers List<Property Map>: Custom GPU driver information.
drivers List<Property Map>: GPU driver version information.
migEnable Boolean: Whether to enable MIG features.

GetKubernetesClusterInstancesInstanceSetInstanceAdvancedSettingGpuArgCuda

Name string: Name in the map table.
Version string: GPU driver or CUDA version.

Name string: Name in the map table.
Version string: GPU driver or CUDA version.

name String: Name in the map table.
version String: GPU driver or CUDA version.

name string: Name in the map table.
version string: GPU driver or CUDA version.

name str: Name in the map table.
version str: GPU driver or CUDA version.

name String: Name in the map table.
version String: GPU driver or CUDA version.

GetKubernetesClusterInstancesInstanceSetInstanceAdvancedSettingGpuArgCudnn

DevName string: Dev name of cuDNN.
DocName string: Doc name of cuDNN.
Name string: Name in the map table.
Version string: GPU driver or CUDA version.

DevName string: Dev name of cuDNN.
DocName string: Doc name of cuDNN.
Name string: Name in the map table.
Version string: GPU driver or CUDA version.

devName String: Dev name of cuDNN.
docName String: Doc name of cuDNN.
name String: Name in the map table.
version String: GPU driver or CUDA version.

devName string: Dev name of cuDNN.
docName string: Doc name of cuDNN.
name string: Name in the map table.
version string: GPU driver or CUDA version.

dev_name str: Dev name of cuDNN.
doc_name str: Doc name of cuDNN.
name str: Name in the map table.
version str: GPU driver or CUDA version.

devName String: Dev name of cuDNN.
docName String: Doc name of cuDNN.
name String: Name in the map table.
version String: GPU driver or CUDA version.

GetKubernetesClusterInstancesInstanceSetInstanceAdvancedSettingGpuArgCustomDriver

Address string: Custom GPU driver address link.

Address string: Custom GPU driver address link.

address String: Custom GPU driver address link.

address string: Custom GPU driver address link.

address str: Custom GPU driver address link.

address String: Custom GPU driver address link.

GetKubernetesClusterInstancesInstanceSetInstanceAdvancedSettingGpuArgDriver

Name string: Name in the map table.
Version string: GPU driver or CUDA version.

Name string: Name in the map table.
Version string: GPU driver or CUDA version.

name String: Name in the map table.
version String: GPU driver or CUDA version.

name string: Name in the map table.
version string: GPU driver or CUDA version.

name str: Name in the map table.
version str: GPU driver or CUDA version.

name String: Name in the map table.
version String: GPU driver or CUDA version.

GetKubernetesClusterInstancesInstanceSetInstanceAdvancedSettingLabel

Name string: Name in the map table.
Value string: Value of taints mark.

Name string: Name in the map table.
Value string: Value of taints mark.

name String: Name in the map table.
value String: Value of taints mark.

name string: Name in the map table.
value string: Value of taints mark.

name str: Name in the map table.
value str: Value of taints mark.

name String: Name in the map table.
value String: Value of taints mark.

GetKubernetesClusterInstancesInstanceSetInstanceAdvancedSettingTaint

Effect string: Effect of taints mark.
Key string: Key of taints mark.
Value string: Value of taints mark.

Effect string: Effect of taints mark.
Key string: Key of taints mark.
Value string: Value of taints mark.

effect String: Effect of taints mark.
key String: Key of taints mark.
value String: Value of taints mark.

effect string: Effect of taints mark.
key string: Key of taints mark.
value string: Value of taints mark.

effect str: Effect of taints mark.
key str: Key of taints mark.
value str: Value of taints mark.

effect String: Effect of taints mark.
key String: Key of taints mark.
value String: Value of taints mark.

Package Details

Repository: tencentcloud tencentcloudstack/terraform-provider-tencentcloud
License
Notes: This Pulumi package is based on the tencentcloud Terraform Provider.

tencentcloud 1.81.191 published on Friday, May 9, 2025 by tencentcloudstack

tencentcloudstack/terraform-provider-tencentcloud

tencentcloud.getKubernetesClusterInstances

On this page

On this page

Example Usage

Using getKubernetesClusterInstances

getKubernetesClusterInstances Result

Supporting Types

GetKubernetesClusterInstancesFilter

GetKubernetesClusterInstancesInstanceSet

GetKubernetesClusterInstancesInstanceSetInstanceAdvancedSetting

GetKubernetesClusterInstancesInstanceSetInstanceAdvancedSettingDataDisk

GetKubernetesClusterInstancesInstanceSetInstanceAdvancedSettingExtraArg

GetKubernetesClusterInstancesInstanceSetInstanceAdvancedSettingGpuArg

GetKubernetesClusterInstancesInstanceSetInstanceAdvancedSettingGpuArgCuda

GetKubernetesClusterInstancesInstanceSetInstanceAdvancedSettingGpuArgCudnn

GetKubernetesClusterInstancesInstanceSetInstanceAdvancedSettingGpuArgCustomDriver

GetKubernetesClusterInstancesInstanceSetInstanceAdvancedSettingGpuArgDriver

GetKubernetesClusterInstancesInstanceSetInstanceAdvancedSettingLabel

GetKubernetesClusterInstancesInstanceSetInstanceAdvancedSettingTaint

Package Details

On this page

On this page