Cluster Related Interfaces

CCE CCE

  • Function Release Records
  • Common Tools
    • Command Line Scenario Examples
  • API Reference
    • Overview
    • Common Headers and Error Responses
    • General Description
  • Product Announcement
    • Announcement on the Discontinuation of CCE Standalone Clusters
    • CCE New Cluster Management Release Announcement
    • Upgrade Announcement for CCE Cluster Audit Component kube-external-auditor
    • CCE Console Upgrade Announcement
    • Announcement on Management Fees for CCE Managed Clusters
    • Container Runtime Version Release Notes
    • Announcement on the Decommissioning of CCE Image Repository
    • Kubernetes Version Release Notes
      • CCE Release of Kubernetes v1_26 History
      • CCE Kubernetes Version Update Notes
      • CCE Release of Kubernetes v1_24 History
      • CCE Release of Kubernetes v1_30 History
      • CCE Release of Kubernetes v1_22 History
      • CCE Release of Kubernetes v1_18 History
      • CCE Release of Kubernetes v1_20 History
      • CCE Release of Kubernetes v1_28 History
      • Release Notes for CCE Kubernetes 1_31 Version
      • Kubernetes Version Overview and Mechanism
    • Security Vulnerability Fix Announcement
      • Vulnerability CVE-2019-5736 Fix Announcement
      • Vulnerability CVE-2021-30465 Fix Announcement
      • CVE-2025-1097, CVE-2025-1098, and Other Vulnerabilities Fix Announcement
      • CVE-2020-14386 Vulnerability Fix Announcement
      • Impact Statement on runc Security Issue (CVE-2024-21626)
  • Service Level Agreement (SLA)
    • CCE Service Level Agreement SLA (V1_0)
  • Typical Practices
    • Pod Anomaly Troubleshooting
    • Adding CGroup V2 Node
    • Common Linux System Configuration Parameters Description
    • Encrypting etcd Data Using KMS
    • Configuring Container Network Parameters Using CNI
    • CCE - Public Network Access Practice
    • Practice of using private images in CCE clusters
    • Unified Access for Virtual Machines and Container Services via CCE Ingress
    • User Guide for Custom CNI Plugins
    • CCE Cluster Network Description and Planning
    • Cross-Cloud Application Migration to Baidu CCE Using Velero
    • CCE Resource Recommender User Documentation
    • Continuous Deployment with Jenkins in CCE Cluster
    • CCE Best Practice-Guestbook Setup
    • CCE Best Practice-Container Network Mode Selection
    • CCE Usage Checklist
    • VPC-ENI Mode Cluster Public Network Access Practice
    • CCE Container Runtime Selection
    • Cloud-native AI
      • Elastic and Fault-Tolerant Training Using CCE AITraining Operator
      • Deploy the TensorFlow Serving inference service
      • Best Practice for GPU Virtualization with Optimal Isolation
  • FAQs
    • How do business applications use load balancer
    • Using kubectl on Windows
    • Cluster management FAQs
    • Common Questions Overview
    • Auto scaling FAQs
    • Create a simple service via kubectl
  • Operation guide
    • Prerequisites for use
    • Identity and access management
    • Permission Management
      • Configure IAM Tag Permission Policy
      • Permission Overview
      • Configure IAM Custom Permission Policy
      • Configure Predefined RBAC Permission Policy
      • Configure IAM Predefined Permission Policy
      • Configure Cluster OIDC Authentication
    • Configuration Management
      • Configmap Management
      • Secret Management
    • Traffic access
      • BLB ingress annotation description
      • Use K8S_Service via CCE
      • Use K8S_Ingress via CCE
      • Implement Canary Release with CCE Based on Nginx-Ingress
      • Create CCE_Ingress via YAML
      • LoadBalancer Service Annotation Description
      • Service Reuses Existing Load Balancer BLB
      • Use Direct Pod Mode LoadBalancer Service
      • NGINX Ingress Configuration Reference
      • Create LoadBalancer_Service via YAML
      • Use NGINX Ingress
    • Virtual Node
      • Configuring BCIPod
      • Configuring bci-profile
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    • Node management
      • Add a node
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      • Setting Node Blocking
      • Setting GPU Memory Sharing
      • Remove a node
      • Customizing Kubelet Parameters
      • Kubelet Container Monitor Read-Only Port Risk Warning
      • Managing Node Tag
      • Drain node
    • Component Management
      • CCE CSI CDS Plugin Description
      • CCE Fluid Description
      • CCE CSI PFS L2 Plugin
      • CCE Calico Felix Description
      • CCE Ingress Controller Description
      • CCE QoS Agent Description
      • CCE GPU Manager Description
      • CCE Ingress NGINX Controller Description
      • CCE P2P Accelerator Description
      • CCE Virtual Kubelet Component
      • CoreDNS Description
      • CCE Log Operator Description
      • CCE Node Remedier Description
      • CCE Descheduler Description
      • CCE Dynamic Scheduling Plugin Description
      • Kube Scheduler Documentation
      • CCE NPU Manager Description
      • CCE CronHPA Controller Description
      • CCE LB Controller Description
      • Kube ApiServer Description
      • CCE Backup Controller Description
      • CCE Network Plugin Description
      • CCE CSI PFS Plugin Description
      • CCE Credential Controller Description
      • CCE Deep Learning Frameworks Operator Description
      • Component Overview
      • CCE Image Accelerate Description
      • CCE CSI BOS Plugin Description
      • CCE Onepilot Description
      • Description of Kube Controller Manager
      • CCE_Hybrid_Manager Description
      • CCE NodeLocal DNSCache Description
      • CCE Node Problem Detector Description
      • CCE Ascend Mindx DL Description
      • CCE RDMA Device Plugin Description
      • CCE AI Job Scheduler Description
    • Image registry
      • Image Registry Basic Operations
      • Using Container Image to Build Services
    • Helm Management
      • Helm Template
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      • Upgrade Cluster Kubernetes Version
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      • Create cluster
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      • View Cluster
      • Connect to Cluster via kubectl
      • CCE Security Group
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    • Serverless Cluster
      • Product overview
      • Using Service in Serverless Cluster
      • Creating a Serverless Cluster
    • Storage Management
      • Using Cloud File System
      • Overview
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    • Inspection and Diagnosis
      • Cluster Inspection
      • GPU Runtime Environment Check
      • Fault Diagnosis
    • Cloud-native AI
      • Cloud-Native AI Overview
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        • Connecting to a Prometheus Instance and Starting a Job
        • NVIDIA Chip Resource Observation
          • AI Job Scheduler component
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      • Task Management
        • View Task Information
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        • AIAK Introduction
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        • Accelerating Inference Business Using AIAK-Inference
      • GPU Virtualization
        • GPU Exclusive and Shared Usage Instructions
        • Image Build Precautions in Shared GPU Scenarios
        • Instructions for Multi-GPU Usage in Single-GPU Containers
        • GPU Virtualization Adaptation Table
        • GPU Online and Offline Mixed Usage Instructions
        • MPS Best Practices & Precautions
        • Precautions for Disabling Node Video Memory Sharing
    • Elastic Scaling
      • Container Timing Horizontal Scaling (CronHPA)
      • Container Horizontal Scaling (HPA)
      • Implementing Second-Level Elastic Scaling with cce-autoscaling-placeholder
      • CCE Cluster Node Auto-Scaling
    • Network Management
      • How to Continue Dilatation When Container Network Segment Space Is Exhausted (VPC-ENI Mode)
      • Container Access to External Services in CCE Clusters
      • CCE supports dual-stack networks of IPv4 and IPv6
      • Using NetworkPolicy Network Policy
      • Traffic Forwarding Configuration for Containers in Peering Connections Scenarios
      • CCE IP Masquerade Agent User Guide
      • Creating VPC-ENI Mode Cluster
      • How to Continue Dilatation When Container Network Segment Space Is Exhausted (VPC Network Mode)
      • Using NetworkPolicy in CCE Clusters
      • Network Orchestration
        • Container Network QoS Management
        • VPC-ENI Specified Subnet IP Allocation (Container Network v2)
        • Cluster Pod Subnet Topology Distribution (Container Network v2)
      • Network Connectivity
        • Container network accesses the public network via NAT gateway
      • Network Maintenance
        • Common Error Code Table for CCE Container Network
      • DNS
        • CoreDNS Component Manual Dilatation Guide
        • DNS Troubleshooting Guide
        • DNS Principle Overview
    • Namespace Management
      • Set Limit Range
      • Set Resource Quota
      • Basic Namespace Operations
    • Workload
      • CronJob Management
      • Set Workload Auto-Scaling
      • Deployment Management
      • Job Management
      • View the Pod
      • StatefulSet Management
      • Password-Free Pull of Container Image
      • Create Workload Using Private Image
      • DaemonSet Management
    • Monitor Logs
      • Monitor Cluster with Prometheus
      • CCE Event Center
      • Cluster Service Profiling
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      • Java Application Monitor
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      • Logging
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        • Configure Collection Rules Using CRD
        • View Cluster Control Plane Logs
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      • Overview
      • Secret
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      • NodeGroup Management
      • NodeGroup Node Fault Detection and Self-Healing
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      • Custom NodeGroup Kubelet Configuration
      • Adding Alternative Models
      • Dilatation NodeGroup
    • Backup Center
      • Restore Management
      • Backup Overview
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    • Quick Deployment of Nginx Application
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    • Introduction
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    • Fabric Solution
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    • Overview
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CCE CCE

  • Function Release Records
  • Common Tools
    • Command Line Scenario Examples
  • API Reference
    • Overview
    • Common Headers and Error Responses
    • General Description
  • Product Announcement
    • Announcement on the Discontinuation of CCE Standalone Clusters
    • CCE New Cluster Management Release Announcement
    • Upgrade Announcement for CCE Cluster Audit Component kube-external-auditor
    • CCE Console Upgrade Announcement
    • Announcement on Management Fees for CCE Managed Clusters
    • Container Runtime Version Release Notes
    • Announcement on the Decommissioning of CCE Image Repository
    • Kubernetes Version Release Notes
      • CCE Release of Kubernetes v1_26 History
      • CCE Kubernetes Version Update Notes
      • CCE Release of Kubernetes v1_24 History
      • CCE Release of Kubernetes v1_30 History
      • CCE Release of Kubernetes v1_22 History
      • CCE Release of Kubernetes v1_18 History
      • CCE Release of Kubernetes v1_20 History
      • CCE Release of Kubernetes v1_28 History
      • Release Notes for CCE Kubernetes 1_31 Version
      • Kubernetes Version Overview and Mechanism
    • Security Vulnerability Fix Announcement
      • Vulnerability CVE-2019-5736 Fix Announcement
      • Vulnerability CVE-2021-30465 Fix Announcement
      • CVE-2025-1097, CVE-2025-1098, and Other Vulnerabilities Fix Announcement
      • CVE-2020-14386 Vulnerability Fix Announcement
      • Impact Statement on runc Security Issue (CVE-2024-21626)
  • Service Level Agreement (SLA)
    • CCE Service Level Agreement SLA (V1_0)
  • Typical Practices
    • Pod Anomaly Troubleshooting
    • Adding CGroup V2 Node
    • Common Linux System Configuration Parameters Description
    • Encrypting etcd Data Using KMS
    • Configuring Container Network Parameters Using CNI
    • CCE - Public Network Access Practice
    • Practice of using private images in CCE clusters
    • Unified Access for Virtual Machines and Container Services via CCE Ingress
    • User Guide for Custom CNI Plugins
    • CCE Cluster Network Description and Planning
    • Cross-Cloud Application Migration to Baidu CCE Using Velero
    • CCE Resource Recommender User Documentation
    • Continuous Deployment with Jenkins in CCE Cluster
    • CCE Best Practice-Guestbook Setup
    • CCE Best Practice-Container Network Mode Selection
    • CCE Usage Checklist
    • VPC-ENI Mode Cluster Public Network Access Practice
    • CCE Container Runtime Selection
    • Cloud-native AI
      • Elastic and Fault-Tolerant Training Using CCE AITraining Operator
      • Deploy the TensorFlow Serving inference service
      • Best Practice for GPU Virtualization with Optimal Isolation
  • FAQs
    • How do business applications use load balancer
    • Using kubectl on Windows
    • Cluster management FAQs
    • Common Questions Overview
    • Auto scaling FAQs
    • Create a simple service via kubectl
  • Operation guide
    • Prerequisites for use
    • Identity and access management
    • Permission Management
      • Configure IAM Tag Permission Policy
      • Permission Overview
      • Configure IAM Custom Permission Policy
      • Configure Predefined RBAC Permission Policy
      • Configure IAM Predefined Permission Policy
      • Configure Cluster OIDC Authentication
    • Configuration Management
      • Configmap Management
      • Secret Management
    • Traffic access
      • BLB ingress annotation description
      • Use K8S_Service via CCE
      • Use K8S_Ingress via CCE
      • Implement Canary Release with CCE Based on Nginx-Ingress
      • Create CCE_Ingress via YAML
      • LoadBalancer Service Annotation Description
      • Service Reuses Existing Load Balancer BLB
      • Use Direct Pod Mode LoadBalancer Service
      • NGINX Ingress Configuration Reference
      • Create LoadBalancer_Service via YAML
      • Use NGINX Ingress
    • Virtual Node
      • Configuring BCIPod
      • Configuring bci-profile
      • Managing virtual nodes
    • Node management
      • Add a node
      • Managing Taints
      • Setting Node Blocking
      • Setting GPU Memory Sharing
      • Remove a node
      • Customizing Kubelet Parameters
      • Kubelet Container Monitor Read-Only Port Risk Warning
      • Managing Node Tag
      • Drain node
    • Component Management
      • CCE CSI CDS Plugin Description
      • CCE Fluid Description
      • CCE CSI PFS L2 Plugin
      • CCE Calico Felix Description
      • CCE Ingress Controller Description
      • CCE QoS Agent Description
      • CCE GPU Manager Description
      • CCE Ingress NGINX Controller Description
      • CCE P2P Accelerator Description
      • CCE Virtual Kubelet Component
      • CoreDNS Description
      • CCE Log Operator Description
      • CCE Node Remedier Description
      • CCE Descheduler Description
      • CCE Dynamic Scheduling Plugin Description
      • Kube Scheduler Documentation
      • CCE NPU Manager Description
      • CCE CronHPA Controller Description
      • CCE LB Controller Description
      • Kube ApiServer Description
      • CCE Backup Controller Description
      • CCE Network Plugin Description
      • CCE CSI PFS Plugin Description
      • CCE Credential Controller Description
      • CCE Deep Learning Frameworks Operator Description
      • Component Overview
      • CCE Image Accelerate Description
      • CCE CSI BOS Plugin Description
      • CCE Onepilot Description
      • Description of Kube Controller Manager
      • CCE_Hybrid_Manager Description
      • CCE NodeLocal DNSCache Description
      • CCE Node Problem Detector Description
      • CCE Ascend Mindx DL Description
      • CCE RDMA Device Plugin Description
      • CCE AI Job Scheduler Description
    • Image registry
      • Image Registry Basic Operations
      • Using Container Image to Build Services
    • Helm Management
      • Helm Template
      • Helm Instance
    • Cluster management
      • Upgrade Cluster Kubernetes Version
      • CCE Node CDS Dilatation
      • Managed Cluster Usage Instructions
      • Create cluster
      • CCE Supports GPUSharing Cluster
      • View Cluster
      • Connect to Cluster via kubectl
      • CCE Security Group
      • CCE Node Resource Reservation Instructions
      • Operate Cluster
      • Cluster Snapshot
    • Serverless Cluster
      • Product overview
      • Using Service in Serverless Cluster
      • Creating a Serverless Cluster
    • Storage Management
      • Using Cloud File System
      • Overview
      • Using Parallel File System PFS
      • Using RapidFS
      • Using Object Storage BOS
      • Using Parallel File System PFS L2
      • Using Local Storage
      • Using Cloud Disk CDS
    • Inspection and Diagnosis
      • Cluster Inspection
      • GPU Runtime Environment Check
      • Fault Diagnosis
    • Cloud-native AI
      • Cloud-Native AI Overview
      • AI Monitoring Dashboard
        • Connecting to a Prometheus Instance and Starting a Job
        • NVIDIA Chip Resource Observation
          • AI Job Scheduler component
          • GPU node resources
          • GPU workload resources
          • GPUManager component
          • GPU resource pool overview
        • Ascend Chip Resource Observation
          • Ascend resource pool overview
          • Ascend node resource
          • Ascend workload resource
      • Task Management
        • View Task Information
        • Create TensorFlow Task
        • Example of RDMA Distributed Training Based on NCCL
        • Create PaddlePaddle Task
        • Create AI Training Task
        • Delete task
        • Create PyTorch Task
        • Create Mxnet Task
      • Queue Management
        • Modify Queue
        • Create Queue
        • Usage Instructions for Logical Queues and Physical Queues
        • Queue deletion
      • Dataset Management
        • Create Dataset
        • Delete dataset
        • View Dataset
        • Operate Dataset
      • AI Acceleration Kit
        • AIAK Introduction
        • Using AIAK-Training PyTorch Edition
        • Deploying Distributed Training Tasks Using AIAK-Training
        • Accelerating Inference Business Using AIAK-Inference
      • GPU Virtualization
        • GPU Exclusive and Shared Usage Instructions
        • Image Build Precautions in Shared GPU Scenarios
        • Instructions for Multi-GPU Usage in Single-GPU Containers
        • GPU Virtualization Adaptation Table
        • GPU Online and Offline Mixed Usage Instructions
        • MPS Best Practices & Precautions
        • Precautions for Disabling Node Video Memory Sharing
    • Elastic Scaling
      • Container Timing Horizontal Scaling (CronHPA)
      • Container Horizontal Scaling (HPA)
      • Implementing Second-Level Elastic Scaling with cce-autoscaling-placeholder
      • CCE Cluster Node Auto-Scaling
    • Network Management
      • How to Continue Dilatation When Container Network Segment Space Is Exhausted (VPC-ENI Mode)
      • Container Access to External Services in CCE Clusters
      • CCE supports dual-stack networks of IPv4 and IPv6
      • Using NetworkPolicy Network Policy
      • Traffic Forwarding Configuration for Containers in Peering Connections Scenarios
      • CCE IP Masquerade Agent User Guide
      • Creating VPC-ENI Mode Cluster
      • How to Continue Dilatation When Container Network Segment Space Is Exhausted (VPC Network Mode)
      • Using NetworkPolicy in CCE Clusters
      • Network Orchestration
        • Container Network QoS Management
        • VPC-ENI Specified Subnet IP Allocation (Container Network v2)
        • Cluster Pod Subnet Topology Distribution (Container Network v2)
      • Network Connectivity
        • Container network accesses the public network via NAT gateway
      • Network Maintenance
        • Common Error Code Table for CCE Container Network
      • DNS
        • CoreDNS Component Manual Dilatation Guide
        • DNS Troubleshooting Guide
        • DNS Principle Overview
    • Namespace Management
      • Set Limit Range
      • Set Resource Quota
      • Basic Namespace Operations
    • Workload
      • CronJob Management
      • Set Workload Auto-Scaling
      • Deployment Management
      • Job Management
      • View the Pod
      • StatefulSet Management
      • Password-Free Pull of Container Image
      • Create Workload Using Private Image
      • DaemonSet Management
    • Monitor Logs
      • Monitor Cluster with Prometheus
      • CCE Event Center
      • Cluster Service Profiling
      • CCE Cluster Anomaly Event Alerts
      • Java Application Monitor
      • Cluster Audit Dashboard
      • Logging
      • Cluster Audit
      • Log Center
        • Configure Collection Rules Using CRD
        • View Cluster Control Plane Logs
        • View Business Logs
        • Log Overview
        • Configure Collection Rules in Cloud Container Engine Console
    • Application management
      • Overview
      • Secret
      • Configuration dictionary
      • Deployment
      • Service
      • Pod
    • NodeGroup Management
      • NodeGroup Management
      • NodeGroup Node Fault Detection and Self-Healing
      • Configuring Scaling Policies
      • NodeGroup Introduction
      • Adding Existing External Nodes
      • Custom NodeGroup Kubelet Configuration
      • Adding Alternative Models
      • Dilatation NodeGroup
    • Backup Center
      • Restore Management
      • Backup Overview
      • Backup Management
      • Backup repository
  • Quick Start
    • Quick Deployment of Nginx Application
    • CCE Container Engine Usage Process Overview
  • Product pricing
    • Product pricing
  • Product Description
    • Application scenarios
    • Introduction
    • Usage restrictions
    • Features
    • Advantages
    • Core concepts
  • Solution-Fabric
    • Fabric Solution
  • Development Guide
    • EFK Log Collection System Deployment Guide
    • Using Network Policy in CCE Cluster
    • Creating a LoadBalancer-Type Service
    • Prometheus Monitoring System Deployment Guide
    • kubectl Management Configuration
  • API_V2 Reference
    • Overview
    • Common Headers and Error Responses
    • Cluster Related Interfaces
    • Instance Related Interfaces
    • Service domain
    • General Description
    • Kubeconfig Related Interfaces
    • RBAC Related Interfaces
    • Autoscaler Related Interfaces
    • Network Related Interfaces
    • InstanceGroup Related Interfaces
    • Appendix
    • Component management-related APIs
    • Package adaptation-related APIs
    • Task Related Interfaces
  • Solution-Xchain
    • Hyperchain Solution
  • SDK
    • Go-SDK
      • Overview
      • NodeGroup Management
      • Initialization
      • Install the SDK Package
      • Cluster management
      • Node management
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  • Cluster Related Interfaces
Table of contents on this page
  • Create cluster
  • Cluster list
  • Cluster details
  • Delete cluster
  • Update cluster deletion protection switch
  • Retrieve cluster event steps

Cluster Related Interfaces

Updated at:2025-10-27

Create cluster

Description

Create CCE K8S cluster

Request structure

Plain Text
1POST /v2/cluster HTTP/1.1
2Host: cce.bj.baidubce.com
3Authorization: authorization string

Request headers

There are no special headers required beyond the common headers.

Request parameters

Parameter name Types Required or not Parameter location Description
cluster [ClusterSpec](CCE/API_V2 Reference/Appendix.md#ClusterSpec) Yes RequestBody Cluster configuration
masters List<[InstanceSet](CCE/API_V2 Reference/Appendix.md#InstanceSet)> No RequestBody Cluster master configuration, supporting heterogeneous combination. This parameter is not required for managed clusters.
nodes List<[InstanceSet](CCE/API_V2 Reference/Appendix.md#InstanceSet)> No RequestBody Cluster worker configuration, supporting heterogeneous combination. When this parameter is not set, a master-only cluster will be created.
options [CreateClusterOptions](CCE/API_V2 Reference/Appendix.md#CreateClusterOptions) Yes RequestBody Cluster creation options. Users can set forced skipping of network segment conflict check

Response headers

No special headers are required beyond the standard ones.

Response parameters

Parameter name Types Required or not Description
clusterID String Yes Cluster ID
requestID String Yes Request ID. This ID is provided for issue localization.

Request example: Managed master cluster

  • Set cluster.masterConfig masterType to managed
  • There is no need to set the masters parameter
  • Set other parameters as needed by referring to the API documentation
Plain Text
1POST /v2/cluster  HTTP/1.1
2Host: cce.bj.baidubce.com
3Authorization: bce-auth-v1/f81d3b34e48048fbb2634dc7882d7e21/2019-03-11T04:17:29Z/3600/host/74c506f68c65e26c633bfa104c863fffac5190fdec1ec24b7c03eb5d67d2e1de
4{
5    "cluster":{
6        "clusterName":"test-open-types",
7        "k8sVersion":"1.16.8",
8        "runtimeType":"docker",
9        "vpcID":"vpc-mwbgygrjb72w",
10        "masterConfig":{
11            "masterType":"managed",
12            "clusterHA":1,
13            "exposedPublic":false,
14            "clusterBLBVPCSubnetID":"sbn-mnbvhnuupv1u",
15            "managedClusterMasterOption":{
16                "masterVPCSubnetZone":"zoneA"
17            }
18        },
19		"containerNetworkConfig": {
20			"mode": "kubenet",
21			"lbServiceVPCSubnetID": "sbn-mnbvhnuupv1u",
22			"clusterPodCIDR": "172.28.0.0/16",
23			"clusterIPServiceCIDR": "172.31.0.0/16"
24		},
25		"k8sCustomConfig": {
26			"kubeAPIQPS": 1000,
27			"kubeAPIBurst": 2000
28		}
29    },
30    "nodes":[
31        {
32            "instanceSpec":{
33                "instanceName":"instance-name",
34                "clusterRole":"node",
35                "existed":false,
36                "machineType":"BCC",
37                "instanceType":"N3",
38                "vpcConfig":{
39                    "vpcID":"vpc-mwbgygrjb72w",
40                    "vpcSubnetID":"sbn-mnbvhnuupv1u",
41                    "availableZone":"zoneA",
42                    "securityGroup": {
43                      "customSecurityGroups": [],
44                      "enableCCERequiredSecurityGroup": true,
45                      "enableCCEOptionalSecurityGroup": true
46                    }
47                },
48                "instanceResource":{
49                    "cpu":4,
50                    "mem":8,
51                    "rootDiskSize":40,
52                    "localDiskSize":0,
53                    "cdsList":[]
54                },
55                "imageID":"m-gTpZ1k6n",
56                "instanceOS":{
57                    "imageType":"System",
58                    "osType":"linux",
59                    "osName":"CentOS",
60                    "osVersion":"7.5",
61                    "osArch":"x86_64 (64bit)"
62                },
63                "needEIP":false,
64                "adminPassword":"test123!T",
65                "instanceChargingType":"Postpaid",
66                "runtimeType":"docker"
67            },
68            "count":1
69        }
70    ]
71}

Request example: Customize Master cluster

  • Set cluster.masterConfig masterType to custom
  • Set the masters parameter
  • Set other parameters as needed by referring to the API documentation
Plain Text
1{
2    "cluster":{
3        "clusterName":"create-custom-cluster-reg",
4 "description": "Cluster description",
5        "k8sVersion":"1.16.8",
6        "runtimeType":"docker",
7        "vpcID":"vpc-43zsdm46t9rp",
8        "masterConfig":{
9            "masterType":"custom",
10            "exposedPublic":true,
11            "clusterBLBVPCSubnetID":"sbn-vvqsb9b57f24"
12        },
13        "containerNetworkConfig":{
14            "mode":"kubenet",
15            "lbServiceVPCSubnetID":"sbn-vvqsb9b57f24",
16            "nodePortRangeMin":50000,
17            "nodePortRangeMax":51000,
18            "clusterPodCIDR":"10.2.0.0/16",
19            "clusterIPServiceCIDR":"172.16.0.0/16",
20            "maxPodsPerNode":64,
21            "kubeProxyMode":"ipvs"
22        }
23    },
24    "masters":[
25        {
26            "instanceSpec":{
27                "machineType":"BCC",
28                "instanceType":"N3",
29                "vpcConfig":{
30                    "vpcSubnetID":"sbn-vvqsb9b57f24",
31                    "securityGroup": {
32                      "customSecurityGroups": [],
33                      "enableCCERequiredSecurityGroup": true,
34                      "enableCCEOptionalSecurityGroup": true
35                    }
36                },
37                "instanceResource":{
38                    "CPU":4,
39                    "MEM":8
40                },
41                "instanceOS": {
42                    "imageName": "7.5 x86_64 (64bit)",
43                    "imageType": "System",
44                    "osType": "linux",
45                    "osName": "CentOS",
46                    "osVersion": "7.5",
47                    "osArch": "x86_64 (64bit)"
48                },
49                "adminPassword":"test123!T"
50            },
51            "count":1
52        }
53    ],
54    "nodes":[
55        {
56            "instanceSpec":{
57                "machineType":"BCC",
58                "instanceType":"N3",
59                "vpcConfig":{
60                    "vpcSubnetID":"sbn-vvqsb9b57f24",
61                    "securityGroupID":"g-k4tsm0id2g1n"
62                },
63                "instanceResource":{
64                    "CPU":4,
65                    "MEM":8,
66                    "cdsList":[
67                        {
68                            "diskPath":"/data",
69                            "storageType":"cloud_hp1",
70                            "cdsSize":200
71                        }
72                    ]
73                },
74                "instanceOS": {
75                    "imageName": "7.5 x86_64 (64bit)",
76                    "imageType": "System",
77                    "osType": "linux",
78                    "osName": "CentOS",
79                    "osVersion": "7.5",
80                    "osArch": "x86_64 (64bit)"
81                },
82                "adminPassword":"test123!T"
83            },
84            "count":1
85        }
86    ]
87}

Request example: Existing instance

  • If master needs to use an existing instance, set cluster.masterConfig masterType to custom
  • When adding master or node machine configuration, set instanceSpec.existed to true, and set instanceSpec.existedOption.existedInstanceID to the existing node ID to be used
  • If you do not want to reinstall the system, set instanceSpec.existedOption.rebuild to false, and ensure the machine password is correct. Otherwise, node creation will fail due to inability to deploy related services.
  • If you do not want to reinstall the system, there is no need to set instanceSpec.instanceOS and instanceSpec.machineType
  • Set other parameters as needed by referring to the API documentation
Plain Text
1{
2    "cluster":{
3        "clusterName":"create-existed-bcc-cluster-reg",
4 "description": "Cluster description",
5        "k8sVersion":"1.16.8",
6        "runtimeType":"docker",
7        "vpcID":"vpc-43zsdm46t9rp",
8        "masterConfig":{
9            "masterType":"custom",
10            "exposedPublic":true,
11            "clusterBLBVPCSubnetID":"sbn-vvqsb9b57f24"
12        },
13        "containerNetworkConfig":{
14            "mode":"kubenet",
15            "lbServiceVPCSubnetID":"sbn-vvqsb9b57f24",
16            "nodePortRangeMin":30000,
17            "nodePortRangeMax":32768,
18            "clusterPodCIDR":"10.0.0.0/16",
19            "clusterIPServiceCIDR":"172.16.0.0/16",
20            "maxPodsPerNode":256,
21            "kubeProxyMode":"ipvs"
22        }
23    },
24    "masters":[
25        {
26            "instanceSpec":{
27                "existed":true,
28                "existedOption":{
29                    "existedInstanceID":"i-SxeBLkcN",
30                    "rebuild":true
31                },
32                "machineType":"BCC",
33                "instanceOS": {
34                    "imageName": "7.5 x86_64 (64bit)",
35                    "imageType": "System",
36                    "osType": "linux",
37                    "osName": "CentOS",
38                    "osVersion": "7.5",
39                    "osArch": "x86_64 (64bit)"
40                },
41                "adminPassword":"test123!T"
42            }
43        }
44    ],
45    "nodes":[
46        {
47            "instanceSpec":{
48                "existed":true,
49                "existedOption":{
50                    "existedInstanceID":"i-M56Un1DO",
51                    "rebuild":true
52                },
53                "machineType":"BCC",
54                "instanceOS": {
55                    "imageName": "7.5 x86_64 (64bit)",
56                    "imageType": "System",
57                    "osType": "linux",
58                    "osName": "CentOS",
59                    "osVersion": "7.5",
60                    "osArch": "x86_64 (64bit)"
61                },
62                "adminPassword":"test123!T"
63            }
64        }
65    ]
66}

Request example: Mount CDS
Sometimes, we want to mount 1 or more CDSs to nodes while creating new nodes. In this case, set CDS parameters and relevant mount paths for nodes during cluster creation. An example is as follows.
Note that only one CDS can be mounted in each path, but another CDS can be mounted in a subpath of each path. For example, only one CDS can be mounted in /a directory, but another CDS can be mounted in /a/b directory.
Existing nodes can only mount CDS to a specified path and will not create new CDS. Thus, when existing nodes attempt to mount CDS to a specified path, but no eligible CDS is found, the relevant CDS configurations will be ignored.

Plain Text
1{
2    ......
3    
4    "masters":[
5        {
6            "instanceSpec":{
7                ......
8                "instanceResource": {
9                    "cdsList": [
10                         {diskPath: "/home/cce", storageType: "cloud_hp1", cdsSize: 50}
11                     ]
12                },
13                ......
14            }
15        }
16    ],
17    "nodes":[
18        {
19            "instanceSpec":{
20                ......
21                "instanceResource": {
22                    "cdsList": [
23                         {diskPath: "/home/cce", storageType: "cloud_hp1", cdsSize: 60}
24                     ]
25                },
26                ......
27            }
28        }
29    ]
30}

Response example

Plain Text
1HTTP/1.1 200 OK
2x-bce-request-id: d2ce8f50-529a-4663-9265-ad08c94633c8
3Date: Thu, 16 Mar 2020 06:29:48 GMT
4Content-Type: application/json;charset=UTF-8
5{
6    "clusterID": "cce-NqYwWEhu",
7    "requestID": "d2ce8f50-529a-4663-9265-ad08c94633c8"
8}

Cluster list

Description

Query the user's CCE K8S cluster list

Request structure

Plain Text
1GET /v2/clusters  HTTP/1.1
2Host: cce.bj.baidubce.com
3Authorization: bce-auth-v1/f81d3b34e48048fbb2634dc7882d7e21/2019-03-11T04:17:29Z/3600/host/74c506f68c65e26c633bfa104c863fffac5190fdec1ec24b7c03eb5d67d2e1de

Request headers

There are no special headers required beyond the common headers.

Request parameters

Parameter name Types Required or not Parameter location Description
keywordType String No Query Cluster fuzzy query fields, optional fields: [clusterName, clusterID], defaulting to clusterName
keyword String No Query Query keyword, defaulting to an empty string
orderBy String No Query Cluster query sorting fields, optional fields: [clusterName, clusterID, createdAt], defaulting to clusterName
order String No Query Sorting method, options: [ASC, DESC]. ASC represents ascending while DESC represents descending. Default is ASC.
pageNo Integer No Query Page number, defaulting to 1
pageSize Integer No Query Count of results per page, defaulting to 10

Response headers

No special headers are required beyond the standard ones.

Response parameters

Parameter name Types Description Description
clusterPage [ClusterPage](CCE/API_V2 Reference/Appendix.md#ClusterPage) Yes Cluster pagination query response results
requestID String Yes Request ID. This ID is provided for issue localization.

Request example

Plain Text
1GET /v2/clusters?keywordType=clusterName&keyword=&orderBy=clusterID&order=ASC&pageNo=1&pageSize=10  HTTP/1.1
2Host: cce.bj.baidubce.com
3Authorization: bce-auth-v1/f81d3b34e48048fbb2634dc7882d7e21/2019-03-11T04:17:29Z/3600/host/74c506f68c65e26c633bfa104c863fffac5190fdec1ec24b7c03eb5d67d2e1de

Response example

Plain Text
1HTTP/1.1 200 OK
2X-Bce-Request-Id: 97342dc7-29a1-4ed9-a75d-904bb293d295
3Date: Thu, 16 Mar 2020 06:29:48 GMT
4Content-Type: application/json;charset=UTF-8
5{
6	"clusterPage": {
7		"keywordType": "clusterName",
8		"keyword": "",
9		"orderBy": "clusterID",
10		"order": "ASC",
11		"pageNo": 1,
12		"pageSize": 10,
13		"totalCount": 1,
14		"clusterList": [
15			{
16				"spec": {
17					"clusterID": "cce-shpdaa9l",
18					"clusterName": "sdk-ccev2-test",
19					"clusterType": "normal",
20					"description": "",
21					"k8sVersion": "1.16.8",
22					"vpcID": "vpc-aj2rcjm084y5",
23					"vpcCIDR": "192.168.0.0/16",
24					"plugins": [
25						"ip-masq-agent",
26						"core-dns",
27						"kube-proxy",
28						"metrics-server",
29						"nvidia-gpu"
30					],
31					"masterConfig": {
32						"masterType": "managed",
33						"clusterHA": 1,
34						"clusterBLBVPCSubnetID": "sbn-0dizryuc81c0",
35						"managedClusterMasterOption": {
36							"masterVPCSubnetZone": "zoneA"
37						}
38					},
39					"containerNetworkConfig": {
40						"mode": "kubenet",
41						"ipVersion": "ipv4",
42						"lbServiceVPCSubnetID": "sbn-0dizryuc81c0",
43						"nodePortRangeMin": 30000,
44						"nodePortRangeMax": 32767,
45						"clusterPodCIDR": "172.28.0.0/16",
46						"clusterIPServiceCIDR": "172.31.0.0/16",
47						"maxPodsPerNode": 128,
48						"kubeProxyMode": "ipvs"
49					}
50				},
51				"status": {
52					"clusterBLB": {
53						"id": "lb-1454d5c4",
54						"vpcIP": "100.64.230.44",
55						"eip": ""
56					},
57					"clusterPhase": "running",
58					"nodeNum": 0
59				},
60				"createdAt": "2020-09-04T01:58:12Z",
61				"updatedAt": "2020-09-04T02:00:37Z"
62			}
63		]
64	},
65	"requestID": "97342dc7-29a1-4ed9-a75d-904bb293d295"
66}

Cluster details

Description

Query specified cluster details

Request structure

Plain Text
1GET /v2/cluster/{clusterID} HTTP/1.1
2Host: cce.bj.baidubce.com
3Authorization: authorization string

Request headers

There are no special headers required beyond the common headers.

Request parameters

Parameter name Types Required or not Parameter location Description
clusterID String Yes URL parameter Cluster ID

Response headers

No special headers are required beyond the standard ones.

Response parameters

Parameter name Types Required or not Description
cluster [Cluster](CCE/API_V2 Reference/Appendix.md#Cluster) Yes Cluster details query results
requestID String Yes Request ID. This ID is provided for issue localization.

Request example

Plain Text
1GET /v2/cluster/cce-zyt88sqy  HTTP/1.1
2Host: cce.bj.baidubce.com
3Authorization: bce-auth-v1/f81d3b34e48048fbb2634dc7882d7e21/2019-03-11T04:17:29Z/3600/host/74c506f68c65e26c633bfa104c863fffac5190fdec1ec24b7c03eb5d67d2e1de

Response example

Plain Text
1HTTP/1.1 200 OK
2X-Bce-Request-Id: 928a21b5-d117-4a83-a274-fd7d6f413524
3Date: Thu, 16 Mar 2020 06:29:48 GMT
4Content-Type: application/json;charset=UTF-8
5{
6	"cluster": {
7		"spec": {
8			"clusterID": "cce-shpdaa9l",
9			"clusterName": "sdk-ccev2-test",
10			"clusterType": "normal",
11			"description": "",
12			"k8sVersion": "1.16.8",
13			"vpcID": "vpc-aj2rcjm084y5",
14			"vpcCIDR": "192.168.0.0/16",
15			"plugins": [
16				"ip-masq-agent",
17				"core-dns",
18				"kube-proxy",
19				"metrics-server",
20				"nvidia-gpu"
21			],
22			"masterConfig": {
23				"masterType": "managed",
24				"clusterHA": 1,
25				"clusterBLBVPCSubnetID": "sbn-0dizryuc81c0",
26				"managedClusterMasterOption": {
27					"masterVPCSubnetZone": "zoneA"
28				}
29			},
30			"containerNetworkConfig": {
31				"mode": "kubenet",
32				"ipVersion": "ipv4",
33				"lbServiceVPCSubnetID": "sbn-0dizryuc81c0",
34				"nodePortRangeMin": 30000,
35				"nodePortRangeMax": 32767,
36				"clusterPodCIDR": "172.28.0.0/16",
37				"clusterIPServiceCIDR": "172.31.0.0/16",
38				"maxPodsPerNode": 128,
39				"kubeProxyMode": "ipvs"
40			}
41		},
42		"status": {
43			"clusterBLB": {
44				"id": "lb-1454d5c4",
45				"vpcIP": "100.64.230.44",
46				"eip": ""
47			},
48			"clusterPhase": "running",
49			"nodeNum": 0
50		},
51		"createdAt": "2020-09-04T01:58:12Z",
52		"updatedAt": "2020-09-04T02:00:37Z"
53	},
54	"requestID": "928a21b5-d117-4a83-a274-fd7d6f413524"
55}

Delete cluster

Description

Delete specified cluster

Request structure

Plain Text
1DELETE /v2/cluster/{clusterID} HTTP/1.1
2Host: cce.bj.baidubce.com
3Authorization: authorization string

Request headers

There are no special headers required beyond the common headers.

Request parameters

Parameter name Types Required or not Parameter location Description
clusterID String Yes URL parameter Cluster ID
deleteResource Boolean No Query Whether to delete related resources (postpaid public IP and cloud disk server), defaulting to false
deleteCDSSnapshot Boolean No Query Whether to delete cloud disk server snapshots, defaulting to false
moveOut Boolean No Query Whether to retain nodes during cluster deletion, defaulting to false

Response headers

No special headers are required beyond the standard ones.

Response parameters

Parameter name Types Required or not Description
requestID String Yes Request ID. This ID is provided for issue localization.

Request example

Plain Text
1DELETE /v2/cluster/cce-uqc4lju1?deleteResource=true&deleteCDSSnapshot=true  HTTP/1.1
2Host: cce.bj.baidubce.com
3Authorization: bce-auth-v1/f81d3b34e48048fbb2634dc7882d7e21/2019-03-11T04:17:29Z/3600/host/74c506f68c65e26c633bfa104c863fffac5190fdec1ec24b7c03eb5d67d2e1de

Response example

Plain Text
1HTTP/1.1 200 OK
2X-Bce-Request-Id: 105ce04b-1a42-4f77-9d22-ab6f413f9d69
3Date: Thu, 16 Mar 2020 06:29:48 GMT
4Content-Type: application/json;charset=UTF-8
5{
6    "requestID": "105ce04b-1a42-4f77-9d22-ab6f413f9d69"
7}

Update cluster deletion protection switch

Description

Update cluster deletion protection switch

Request structure

Plain Text
1PUT /v2/cluster/{clusterID}/forbiddelete HTTP/1.1
2Host: cce.bj.baidubce.com
3Authorization: authorization string

Request headers

There are no special headers required beyond the common headers.

Request parameters

Parameter name Types Required or not Parameter location Description
clusterID String Yes URL parameter Cluster ID
forbidDelete Boolean Yes RequestBody Whether to enable or disable cluster deletion protection, true for enabling and false for disabling

Response headers

No special headers are required beyond the standard ones.

Response parameters

Parameter name Types Required or not Description
success Boolean Yes Whether the request succeeded
forbidDelete Boolean Yes Ccluster deletion protection status, true for enabling and false for disabling

Request example

Plain Text
1PUT v2/cluster/cce-5gw06fjs/forbiddelete HTTP/1.1
2Host: cce.bj.baidubce.com
3Authorization: bce-auth-v1/f81d3b34e48048fbb2634dc7882d7e21/2019-03-11T04:17:29Z/3600/host/74c506f68c65e26c633bfa104c863fffac5190fdec1ec24b7c03eb5d67d2e1de
4{
5    "forbidDelete": false
6}

Response example

Plain Text
1HTTP/1.1 200 OK
2X-Bce-Request-Id: 3d61a898-b804-4d6f-8c7c-b741d2ffbe45
3Date: Wed, 11 Dec 2024 02:59:18 GMT
4Content-Type: application/json;charset=UTF-8
5{
6    "success": true,
7    "forbidDelete": true
8}

Retrieve cluster event steps

Description

Retrieve steps of cluster events during creation or deletion.

Request structure

Plain Text
1GET /v2/event/cluster/{clusterID} HTTP/1.1
2Host: cce.bj.baidubce.com
3Authorization: authorization string

Request headers

There are no special headers required beyond the common headers.

Request parameters

Parameter name Types Required or not Parameter location Description
clusterID String Yes URL parameter Cluster ID

Response headers

No special headers are required beyond the standard ones.

Response parameters

Parameter name Types Required or not Description
status String Yes Event type
steps List<[Step](CCE/API_V2 Reference/Appendix.md#Step)> Yes Cluster operation steps
requestID String Yes Request ID

Request example

Plain Text
1GET v2/event/cluster/cce-j8pb3dm0  HTTP/1.1
2Host: cce.bj.baidubce.com
3Authorization: bce-auth-v1/f81d3b34e48048fbb2634dc7882d7e21/2019-03-11T04:17:29Z/3600/host/74c506f68c65e26c633bfa104c863fffac5190fdec1ec24b7c03eb5d67d2e1de

Response example

Plain Text
1HTTP/1.1 200 OK
2X-Bce-Request-Id: 08eb305a-87fb-4360-8a27-42b9561edf4a
3Date: Fri, 12 Aug 2022 03:10:30 GMT
4Content-Type: application/json;charset=UTF-8
5{
6    "status": "created",
7    "steps": [
8        {
9 "stepName": "Create basic certificate",
10            "stepStatus": "done",
11            "ready": true,
12            "startTime": "2022-07-12T09:23:07Z",
13            "finishedTime": "2022-07-12T09:23:07Z",
14            "retryCount": 1,
15            "errInfo": {}
16        },
17        {
18 "stepName": "Create BLB",
19            "stepStatus": "done",
20            "ready": true,
21            "startTime": "2022-07-12T09:23:07Z",
22            "finishedTime": "2022-07-12T09:23:16Z",
23            "costSeconds": 9,
24            "retryCount": 1,
25            "errInfo": {}
26        },
27        {
28 "stepName": "Create EIP",
29            "stepStatus": "done",
30            "ready": true,
31            "startTime": "2022-07-12T09:23:16Z",
32            "finishedTime": "2022-07-12T09:23:25Z",
33            "costSeconds": 9,
34            "retryCount": 1,
35            "errInfo": {}
36        },
37        {
38 "stepName": "Create master",
39            "stepStatus": "done",
40            "ready": true,
41            "startTime": "2022-07-12T09:23:25Z",
42            "finishedTime": "2022-07-12T09:23:54Z",
43            "costSeconds": 29,
44            "retryCount": 1,
45            "errInfo": {}
46        },
47        {
48 "stepName": "Connect to APIServer",
49            "stepStatus": "done",
50            "ready": true,
51            "startTime": "2022-07-12T09:23:54Z",
52            "finishedTime": "2022-07-12T09:25:52Z",
53            "costSeconds": 118,
54            "retryCount": 2,
55            "errInfo": {}
56        },
57        {
58 "stepName": "Deploy K8S plugin",
59            "stepStatus": "done",
60            "ready": true,
61            "startTime": "2022-07-12T09:25:53Z",
62            "finishedTime": "2022-07-12T09:26:34Z",
63            "costSeconds": 41,
64            "retryCount": 1,
65            "errInfo": {}
66        }
67    ],
68    "requestID": "562c76ee-c65f-4673-9574-89222f1cd210"
69}

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