k3d

-a, --agents int Specify how many agents you want to create
--agents-memory string Memory limit imposed on the agents nodes [From docker]
--api-port [HOST:]HOSTPORT Specify the Kubernetes API server port exposed on the LoadBalancer (Format: [HOST:]HOSTPORT)
- Example: k3d cluster create --servers 3 --api-port 0.0.0.0:6550
-c, --config string Path of a config file to use
-e, --env KEY[=VALUE][@NODEFILTER[;NODEFILTER...]] Add environment variables to nodes (Format: KEY[=VALUE][@NODEFILTER[;NODEFILTER...]]
- Example: k3d cluster create --agents 2 -e "HTTP_PROXY=my.proxy.com@server:0" -e "SOME_KEY=SOME_VAL@server:0"
--gpus string GPU devices to add to the cluster node containers ('all' to pass all GPUs) [From docker]
-h, --help help for create
--host-alias ip:host[,host,...] Add ip:host[,host,...] mappings
--host-pid-mode Enable host pid mode of server(s) and agent(s)
-i, --image string Specify k3s image that you want to use for the nodes
--k3s-arg ARG@NODEFILTER[;@NODEFILTER] Additional args passed to k3s command (Format: ARG@NODEFILTER[;@NODEFILTER])
- Example: k3d cluster create --k3s-arg "--disable=traefik@server:0" --k3s-node-label KEY[=VALUE][@NODEFILTER[;NODEFILTER...]] Add label to k3s node (Format: KEY[=VALUE][@NODEFILTER[;NODEFILTER...]] - Example:k3d cluster create --agents 2 --k3s-node-label "my.label@agent:0,1" --k3s-node-label "other.label=somevalue@server:0"--kubeconfig-switch-context Directly switch the default kubeconfig's current-context to the new cluster's context (requires --kubeconfig-update-default) (default true) --kubeconfig-update-default Directly update the default kubeconfig with the new cluster's context (default true) --lb-config-override strings Use dotted YAML path syntax to override nginx loadbalancer settings --network string Join an existing network --no-image-volume Disable the creation of a volume for importing images --no-lb Disable the creation of a LoadBalancer in front of the server nodes --no-rollback Disable the automatic rollback actions, if anything goes wrong -p, --port [HOST:][HOSTPORT:]CONTAINERPORT[/PROTOCOL][@NODEFILTER] Map ports from the node containers (via the serverlb) to the host (Format: [HOST:][HOSTPORT:]CONTAINERPORT[/PROTOCOL][@NODEFILTER]) - Example:k3d cluster create --agents 2 -p 8080:80@agent:0 -p 8081@agent:1--registry-config string Specify path to an extra registries.yaml file --registry-create NAME[:HOST][:HOSTPORT] Create a k3d-managed registry and connect it to the cluster (Format: NAME[:HOST][:HOSTPORT] - Example:k3d cluster create --registry-create mycluster-registry:0.0.0.0:5432--registry-use stringArray Connect to one or more k3d-managed registries running locally --runtime-label KEY[=VALUE][@NODEFILTER[;NODEFILTER...]] Add label to container runtime (Format: KEY[=VALUE][@NODEFILTER[;NODEFILTER...]] - Example:k3d cluster create --agents 2 --runtime-label "my.label@agent:0,1" --runtime-label "other.label=somevalue@server:0"-s, --servers int Specify how many servers you want to create --servers-memory string Memory limit imposed on the server nodes [From docker] --subnet 172.28.0.0/16 [Experimental: IPAM] Define a subnet for the newly created container network (Example: 172.28.0.0/16) --timeout duration Rollback changes if cluster couldn't be created in specified duration. --token string Specify a cluster token. By default, we generate one. -v, --volume [SOURCE:]DEST[@NODEFILTER[;NODEFILTER...]] Mount volumes into the nodes (Format: [SOURCE:]DEST[@NODEFILTER[;NODEFILTER...]] - Example:k3d cluster create --agents 2 -v /my/path@agent:0,1 -v /tmp/test:/tmp/other@server:0`
--wait Wait for the server(s) to be ready before returning. Use '--timeout DURATION' to not wait forever. (default true)