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yc container cluster create

Статья создана
Обновлена 3 октября 2024 г.

Create a Kubernetes cluster.

Command Usage

Syntax:

yc container cluster create <CLUSTER-NAME> [Flags...] [Global Flags...]

Flags

Flag Description
--name string
Name of the Kubernetes cluster.
--description string
New description for the Kubernetes cluster.
--network-id string
Network id.
--network-name string
Network name.
--labels key=value[,key=value...]
List of Kubernetes cluster labels as key-value pairs.
--zone string
ID of the availability zone where the Kubernetes cluster zonal master resides.
--cluster-ipv4-range string
IPv4 range for the Kubernetes cluster pods in CIDR notation.
--service-ipv4-range string
IPv4 range for the Kubernetes cluster services in CIDR notation.
--cluster-ipv6-range string
IPv6 range for the Kubernetes cluster pods in CIDR notation. IPv6 only clusters aren't yet supported, specifying this flag is only valid as a part of a dual IPv4/IPv6 stack cluster creation
--service-ipv6-range string
IPv6 range for the Kubernetes cluster services in CIDR notation. IPv6 only clusters aren't yet supported, specifying this flag is only valid as a part of a dual IPv4/IPv6 stack cluster creation
--dual-stack Create a dual IPv4/IPv6 stack cluster. Specifying this flag will attempt an automatic choice of both IPv4/IPv6 cluster and service CIDRs.
--node-ipv4-mask-size int
Size of the masks that are assigned for each node in the cluster.
--subnet-id string
Subnet id.
--subnet-name string
Subnet name.
--public-ip Set when the Kubernetes cluster needs an external IPv4.
--regional Create highly available master for the cluster. Master will be distributed across 3 instances. Equal to --etcd-cluster-size=3
--region string
ID of the region where regional Kubernetes cluster resides
--master-location PROPERTY=VALUE[,PROPERTY=VALUE...]
List of regional master locations.

Possible property names:
  • subnet-id: Subnet id.
  • subnet-name: Subnet name.
  • zone: Zone of the subnet.
--etcd-cluster-size int
Number of master instances. Can be equal 1 or 3.
--release-channel string
Master and Node Groups release channel. Every release channel have it's own list of available versions and new revisions release policy.
* 'regular' used by default. It usually have one or two stable kubernetes versions available. It's new revisions contains bug and security fixes, but also can contain new well tested features.
* 'rapid' is less stable, but receives new features earlier. Usually have most new kubernetes version available.
* 'stable' is most stable, but it's new revisions contains only critical bug and security fixes.
--version string
Kubernetes master version. Default depends on release channel. See available in 'yc managed-kubernetes list-versions'.
--enable-network-policy Enable network policy enforcement for the cluster. Calico network policy controller will be used.
--service-account-id string
Service account to be used for provisioning Compute and VPC resources for the Kubernetes cluster.
--service-account-name string
Service account to be used for provisioning Compute and VPC resources for the Kubernetes cluster.
--node-service-account-id string
Service account to be used by the worker nodes of the Kubernetes cluster to access Container Registry or to push node logs and metrics.
--node-service-account-name string
Service account to be used by the worker nodes of the Kubernetes cluster to access Container Registry or to push node logs and metrics.
--auto-upgrade Sets auto upgrade maintenance policy. 'true' by default.
This policy defines if the master can be upgraded to a new revision in the specified maintenance window. New revisions usually contain security and bug fixes, so it's recommended to leave this policy enabled.Master never upgraded to another major version automatically, even with this policy set to true.
Examples: '--auto-upgrade=false', '--auto-upgrade'
--anytime-maintenance-window Allow maintenance anytime. This is default maintenance window.
--daily-maintenance-window PROPERTY=VALUE[,PROPERTY=VALUE...]
Allow maintenance everyday specified days of week in the specified time window.

Flag can be used multiple times, to define different time windows for different days of week.

Examples:

--daily-maintenance-window 'start=22:00,duration=10h

--daily-maintenance-window 'start=03:00,duration=8h30m

Possible property names:
  • start: Time of day in UTC time zone, HH:MM 24-hour clock format, since when maintenance operations are allowed. Example: '02:30'
  • duration: Maintenance window duration in interval [1h; 24h]. Example: '12h30m'
--weekly-maintenance-window PROPERTY=VALUE[,PROPERTY=VALUE...]
Allow maintenance on specified days of week in the specified time window.

Flag can be used multiple times, to define different time windows for different days of week.

Examples:

--weekly-maintenance-window 'days=[monday,tuesday],start=22:00,duration=10h

--weekly-maintenance-window 'days=weekend,start=03:00,duration=8h30m

Possible property names:
  • days: List of days of the week on which maintenance is allowed in specified time window. Allowed values: weekdays, weekend, monday, tuesday, wednesday, thursday, friday, saturday, sunday, mon, tue, wed, thu, fri, sat, sun, all. Examples: 'weekend', '[weekdays,saturday]', '[monday,wednesday,friday]'
  • start: Time of day in UTC time zone, HH:MM 24-hour clock format, since when maintenance operations are allowed. Example: '02:30'
  • duration: Maintenance window duration in interval [1h; 24h]. Example: '12h30m'
--kms-key-id string
KMS key for Kubernetes secrets encryption.
--kms-key-name string
KMS key for Kubernetes secrets encryption.
--security-group-ids value[,value]
Security group IDs to use for cluster.
--master-logging PROPERTY=VALUE[,PROPERTY=VALUE...]
Configures the logging of Kubernetes master components' logs to Yandex Cloud Logging.

Possible property names:
  • enabled: Enables sending of master components' logs to Yandex Cloud Logging.
  • log-group-id: Sets the ID of Yandex Cloud Logging Log group to send logs to.
  • folder-id: Sets the ID of the folder to send logs to it's default Log group.
  • kube-apiserver-enabled: Enables sending of kube-apiserver logs to Yandex Cloud Logging.
  • cluster-autoscaler-enabled: Enables sending of cluster-autoscaler logs to Yandex Cloud Logging.
  • events-enabled: Enables sending of Kubernetes events to Yandex Cloud Logging.
  • audit-enabled: Enables sending of Kubernetes audit logs to Yandex Cloud Logging.
--cilium PROPERTY=VALUE[,PROPERTY=VALUE...][=
]
Enable and configure cilium CNI for cluster.
Possible property names:
--async Display information about the operation in progress, without waiting for the operation to complete.

Global Flags

Flag Description
--profile string
Set the custom configuration file.
--debug Debug logging.
--debug-grpc Debug gRPC logging. Very verbose, used for debugging connection problems.
--no-user-output Disable printing user intended output to stderr.
--retry int
Enable gRPC retries. By default, retries are enabled with maximum 5 attempts.
Pass 0 to disable retries. Pass any negative value for infinite retries.
Even infinite retries are capped with 2 minutes timeout.
--cloud-id string
Set the ID of the cloud to use.
--folder-id string
Set the ID of the folder to use.
--folder-name string
Set the name of the folder to use (will be resolved to id).
--endpoint string
Set the Cloud API endpoint (host:port).
--token string
Set the OAuth token to use.
--impersonate-service-account-id string
Set the ID of the service account to impersonate.
--no-browser Disable opening browser for authentication.
--format string
Set the output format: text (default), yaml, json, json-rest.
--jq string
Query to select values from the response using jq syntax
-h,--help Display help for the command.
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