Reference

k8s: Sets up a Kubernetes instance - either as a node or as a server
k8s::install::cni_plugins: manages the installation of the cni plugins
k8s::install::container_runtime: manages the installation of cri
k8s::install::crictl: installs the crictl debugging tool
k8s::install::kubeadm: Installs the kubeadm binary
k8s::install::kubectl: Installs the kubectl binary
k8s::node: Installs a Kubernetes node
k8s::node::kube_proxy: Sets up a on-node kube-proxy instance
k8s::node::kubectl: Installs the kubectl binary
k8s::node::kubelet: Installs and configures kubelet
k8s::node::simple_cni: Provide a simple bridged standard network interface. For basic usage if one does not have flannel, cilium, calico or something else yet. Uses the cni-plugins bridge binary to create a bridge interface to connect the containers
k8s::repo: Handles repositories for the container runtime
k8s::server: Sets up a Kubernetes server instance
k8s::server::apiserver: Installs and configures a Kubernetes apiserver
k8s::server::controller_manager: Installs and configures a Kubernetes controller manager
k8s::server::etcd: Sets up an etcd cluster node
k8s::server::etcd::setup: Installs and configures an etcd instance
k8s::server::resources: Generates and deploys standard Kubernetes in-cluster services
k8s::server::resources::bootstrap: Generates and deploys the default Puppet boostrap configuration into the cluster
k8s::server::resources::coredns: Generates and deploys the default CoreDNS DNS provider for Kubernetes
k8s::server::resources::flannel: Generates and deploys the default CoreDNS DNS provider for Kubernetes
k8s::server::resources::kube_proxy: Generates and deploys the default kube-proxy service for Kubernetes
k8s::server::scheduler: Installs and configures a Kubernetes scheduler
k8s::server::tls: Generates the necessary Kubernetes certificates for a server
k8s::server::wait_online: Creates a dummy exec to allow deferring applies until the Kubernetes API server has started

Defined types

k8s::binary: Deploys a Kubernetes binary
k8s::server::bootstrap_token: Generates and stores a kubelet bootstrap token into the cluster
k8s::server::etcd::member: Adds another member to a local etcd cluster
k8s::server::tls::ca: Generates a TLS CA
k8s::server::tls::cert: Generates and signs a TLS certificate
k8s::server::tls::k8s_sign: Signs pending CSR requests for bootstrapping clients

Resource types

kubeconfig: Example: kubeconfig { '/var/lib/kubernetes/utility.conf': ca_cert => '/etc/kubernetes.ca.pem', token => 'utility-token', }
kubectl_apply: Example: To encode the bootstrap token "tokenid.tokensecret" into a Kubernetes secret; $tokenid = 'tokenid' $tokensecret = 'tokense

Functions

k8s::format_arguments: Formats a hash of arguments into something that can be passed to a kubernetes application
k8s::format_url: Formats a download URL for K8s binaries
k8s::ip_in_cidr: Retrieves an IP inside of a CIDR based on an index

Data types

K8s::Bootstrap_token: A Kubernetes bootstrap token, must be 16-characters lowercase alphanumerical
K8s::CIDR: a type to describe one or more IPv4/6 CIDR
K8s::Container_runtimes: a type to describe the supported container runtimes
K8s::Duration: This regexp matches Go duration values, as taken from;
K8s::Ensure: a type to describe the ensure pattern
K8s::Extended_key_usage: a type to describe extended key usage for a TLS certificate
K8s::Firewall: a type to describe the type of the firewall to use
K8s::IP_addresses: a type to describe multiple IP addresses without subnet sizes
K8s::Native_packaging: a type to describe Kubernetes native packaging methods
K8s::Node_auth: a type to describe node/kubelet authentication methods
K8s::PortRange: This regexp matches port range values
K8s::Proxy_auth: a type to describe kube-proxy authentication methods
K8s::Proxy_method: a type to describe how kube-proxy should be deployed
K8s::Quantity: This regexp matches quantities, like those for resource requests/limits
K8s::TLS_altnames: a type to describe TLS alternative names in certificates
K8s::Timestamp: This regexp matches RFC3339 timestamps, the same as what Kubernetes expects to find
K8s::URI: This regexp matches URI values
K8s::Version: A type for handling Kubernetes version numbers

Classes

`k8s`

Sets up a Kubernetes instance - either as a node or as a server

Parameters

The following parameters are available in the k8s class:

api_service_address
cluster_cidr
cluster_domain
container_image_tag
container_manager
container_registry
container_runtime_service
containerd_package
control_plane_url
crictl_package
crio_package
dns_service_address
ensure
etcd_cluster_name
etcd_version
firewall_type
gid
group
hyperkube_name
incluster_control_plane_url
manage_container_manager
manage_etcd
manage_firewall
manage_image
manage_kernel_modules
manage_kube_proxy
manage_packages
manage_repo
manage_sysctl_settings
native_packaging
native_url_template
node_auth
package_template
packaging
puppetdb_discovery
puppetdb_discovery_tag
purge_manifests
role
runc_version
service_cluster_cidr
sysconfig_path
tarball_url_template
uid
user
version

`api_service_address`

Data type: Stdlib::IP::Address::Nosubnet

IP address for the API service

Default value: k8s::ip_in_cidr($service_cluster_cidr, 'first')

`cluster_cidr`

Data type: K8s::CIDR

CIDR for the pod network

Default value: '10.0.0.0/16'

`cluster_domain`

Data type: Stdlib::Fqdn

domain name for the cluster

Default value: 'cluster.local'

`container_image_tag`

Data type: Optional[String[1]]

container image tag to use

Default value: undef

`container_manager`

Data type: K8s::Container_runtimes

container manager to use

Default value: 'crio'

`container_registry`

Data type: String[1]

container registry to use

Default value: 'registry.k8s.io'

`container_runtime_service`

Data type: String[1]

name of the container runtime service

Default value: "${container_manager}.service"

`containerd_package`

Data type: Optional[String[1]]

name of the containerd package

Default value: undef

`control_plane_url`

Data type: Stdlib::HTTPUrl

URL for the control plane

Default value: 'https://kubernetes:6443'

`crictl_package`

Data type: Optional[String[1]]

name of the crictl package

Default value: undef

`crio_package`

Data type: Optional[String[1]]

name of the crio package

Default value: undef

`dns_service_address`

Data type: K8s::IP_addresses

IP address for the DNS service

Default value: k8s::ip_in_cidr($service_cluster_cidr, 'second')

`ensure`

Data type: K8s::Ensure

whether kubernetes should be present or absent

Default value: 'present'

`etcd_cluster_name`

Data type: String[1]

name of the etcd cluster for searching its nodes in the puppetdb

Default value: 'default'

`etcd_version`

Data type: String[1]

version of etcd to install

Default value: '3.5.1'

`firewall_type`

Data type: Optional[K8s::Firewall]

type of firewall to use

Default value: undef

`gid`

Data type: Integer[0, 65535]

group id for kubernetes files and services

Default value: 888

`group`

Data type: String[1]

groupname for kubernetes files and services

Default value: 'kube'

`hyperkube_name`

Data type: String[1]

name of the hyperkube binary

Default value: 'hyperkube'

`incluster_control_plane_url`

Data type: Stdlib::HTTPUrl

URL for the control plane from within the cluster

Default value: 'https://kubernetes.default.svc'

`manage_container_manager`

Data type: Boolean

whether to manage the container manager

Default value: true

`manage_etcd`

Data type: Boolean

whether to manage etcd

Default value: true

`manage_firewall`

Data type: Boolean

whether to manage the firewall

Default value: false

`manage_image`

Data type: Boolean

whether to manage the image

Default value: false

`manage_kernel_modules`

Data type: Boolean

A flag to manage required Kernel modules.

Default value: true

`manage_kube_proxy`

Data type: K8s::Proxy_method

How/if the kube-proxy component should be managed, either as an in-cluster component (default), or as an on-node component for advanced use-cases.

Default value: true

`manage_packages`

Data type: Boolean

whether to manage packages

Default value: true

`manage_repo`

Data type: Boolean

whether to manage the repo

Default value: true

`manage_sysctl_settings`

Data type: Boolean

A flag to manage required sysctl settings.

Default value: true

`native_packaging`

Data type: K8s::Native_packaging

type of native packaging to use

Default value: 'loose'

`native_url_template`

Data type: String[1]

template for native packaging

Default value: 'https://storage.googleapis.com/kubernetes-release/release/v%{version}/bin/%{kernel}/%{arch}/%{binary}'

`node_auth`

Data type: K8s::Node_auth

authentication method for nodes

Default value: 'bootstrap'

`package_template`

Data type: String[1]

template for package names

Default value: 'kubernetes-%{component}'

`packaging`

Data type: Enum['container', 'native']

whether to use native or container packaging

Default value: 'native'

`puppetdb_discovery`

Data type: Boolean

whether to use puppetdb for node discovery

Default value: false

`puppetdb_discovery_tag`

Data type: String[1]

tag to use for puppetdb node discovery

Default value: 'default'

`purge_manifests`

Data type: Boolean

whether to purge manifests

Default value: true

`role`

Data type: Enum['node','server','none']

role of the node

Default value: 'none'

`runc_version`

Data type: String[1]

version of runc to install

Default value: 'installed'

`service_cluster_cidr`

Data type: K8s::CIDR

CIDR for the service network

Default value: '10.1.0.0/24'

`sysconfig_path`

Data type: Optional[Stdlib::Unixpath]

path to the sysconfig directory

Default value: undef

`tarball_url_template`

Data type: String[1]

template for tarball packaging

Default value: 'https://dl.k8s.io/v%{version}/kubernetes-%{component}-%{kernel}-%{arch}.tar.gz'

`uid`

Data type: Integer[0, 65535]

user id for kubernetes files and services

Default value: 888

`user`

Data type: String[1]

username for kubernetes files and services

Default value: 'kube'

`version`

Data type: String[1]

version of kubernetes to install

Default value: '1.26.1'

`k8s::install::cni_plugins`

Class: k8s::install::cni_plugins

Parameters

The following parameters are available in the k8s::install::cni_plugins class:

ensure
method
version
download_url_template

`ensure`

Data type: K8s::Ensure

set ensure for installation or deinstallation

Default value: $k8s::ensure

`method`

Data type: String[1]

installation method

Default value: $k8s::native_packaging

`version`

Data type: String[1]

sets the version to use

Default value: 'v1.2.0'

`download_url_template`

Data type: String[1]

template string for the cni_plugins download url

Default value: 'https://github.com/containernetworking/plugins/releases/download/%{version}/cni-plugins-linux-%{arch}-%{version}.tgz'

`k8s::install::container_runtime`

Class: k8s::install::container_runtime

Parameters

The following parameters are available in the k8s::install::container_runtime class:

container_manager
containerd_package
crio_package
k8s_version
manage_repo
package_ensure
runc_version

`container_manager`

Data type: K8s::Container_runtimes

set the cri to use

Default value: $k8s::container_manager

`containerd_package`

Data type: Optional[String[1]]

the containerd package anme

Default value: $k8s::containerd_package

`crio_package`

Data type: Optional[String[1]]

cri-o the package name

Default value: $k8s::crio_package

`k8s_version`

Data type: String[1]

the k8s version

Default value: $k8s::version

`manage_repo`

Data type: Boolean

whether to manage the repo or not

Default value: $k8s::manage_repo

`package_ensure`

Data type: String[1]

the ensure value to set on the cri package

Default value: installed

`runc_version`

Data type: String[1]

the runc version

Default value: $k8s::runc_version

`k8s::install::crictl`

Class: k8s::install::crictl

Parameters

The following parameters are available in the k8s::install::crictl class:

ensure
version
config
crictl_package
manage_repo
download_url_template

`ensure`

Data type: K8s::Ensure

set ensure for installation or deinstallation

Default value: $k8s::ensure

`version`

Data type: String[1]

the k8s version

Default value: 'v1.26.0'

`config`

Data type: Hash

config for crictl, for example: k8s::install::crictl::config: 'runtime-endpoint': 'unix:///run/containerd/containerd.sock' 'image-endpoint': 'unix:///run/containerd/containerd.sock'

Default value: {}

`crictl_package`

Data type: Optional[String[1]]

the package name of crictl

Default value: $k8s::crictl_package

`manage_repo`

Data type: Boolean

whether to manage the repo or not

Default value: $k8s::manage_repo

`download_url_template`

Data type: Stdlib::HTTPUrl

template string for the URL to download tar.gz from

Default value: 'https://github.com/kubernetes-sigs/cri-tools/releases/download/%{version}/crictl-%{version}-linux-%{arch}.tar.gz'

`k8s::install::kubeadm`

Installs the kubeadm binary

Parameters

The following parameters are available in the k8s::install::kubeadm class:

ensure

`ensure`

Data type: K8s::Ensure

set ensure for installation or deinstallation

Default value: $k8s::ensure

`k8s::install::kubectl`

Installs the kubectl binary

Parameters

The following parameters are available in the k8s::install::kubectl class:

ensure

`ensure`

Data type: K8s::Ensure

set ensure for installation or deinstallation

Default value: $k8s::ensure

`k8s::node`

Installs a Kubernetes node

Parameters

The following parameters are available in the k8s::node class:

ca_cert
cert_path
control_plane_url
ensure
firewall_type
manage_crictl
manage_firewall
manage_kernel_modules
manage_kubelet
manage_proxy
manage_simple_cni
manage_sysctl_settings
node_auth
node_cert
node_key
node_token
proxy_auth
proxy_cert
proxy_key
proxy_token
puppetdb_discovery_tag

`ca_cert`

Data type: Stdlib::Unixpath

path to the ca cert

Default value: "${cert_path}/ca.pem"

`cert_path`

Data type: Stdlib::Unixpath

path to cert files

Default value: '/var/lib/kubelet/pki'

`control_plane_url`

Data type: Stdlib::HTTPUrl

cluster API connection

Default value: $k8s::control_plane_url

`ensure`

Data type: K8s::Ensure

set ensure for installation or deinstallation

Default value: $k8s::ensure

`firewall_type`

Data type: Optional[K8s::Firewall]

define the type of firewall to use

Default value: $k8s::firewall_type

`manage_crictl`

Data type: Boolean

toggle to install crictl

Default value: false

`manage_firewall`

Data type: Boolean

whether to manage firewall or not

Default value: $k8s::manage_firewall

`manage_kernel_modules`

Data type: Boolean

whether to load kernel modules or not

Default value: $k8s::manage_kernel_modules

`manage_kubelet`

Data type: Boolean

whether to manage kublet or not

Default value: true

`manage_proxy`

Data type: Boolean

whether to manage kube-proxy or not

Default value: $k8s::manage_kube_proxy == 'on-node'

`manage_simple_cni`

Data type: Boolean

toggle to use a simple bridge network for containers

Default value: false

`manage_sysctl_settings`

Data type: Boolean

whether to manage sysctl settings or not

Default value: $k8s::manage_sysctl_settings

`node_auth`

Data type: K8s::Node_auth

type of node authentication

Default value: $k8s::node_auth

`node_cert`

Data type: Optional[Stdlib::Unixpath]

path to node cert file

Default value: undef

`node_key`

Data type: Optional[Stdlib::Unixpath]

path to node key file

Default value: undef

`node_token`

Data type: Optional[Sensitive[String]]

k8s token to join a cluster

Default value: undef

`proxy_auth`

Data type: K8s::Proxy_auth

which proxy auth to use

Default value: 'incluster'

`proxy_cert`

Data type: Optional[Stdlib::Unixpath]

path to proxy cert file

Default value: undef

`proxy_key`

Data type: Optional[Stdlib::Unixpath]

path to proxy key file

Default value: undef

`proxy_token`

Data type: Optional[Sensitive[String]]

k8s token for kube-proxy

Default value: undef

`puppetdb_discovery_tag`

Data type: String[1]

enable puppetdb resource searching

Default value: $k8s::puppetdb_discovery_tag

`k8s::node::kube_proxy`

For most use-cases, running kube-proxy inside the cluster itself is recommended

Parameters

The following parameters are available in the k8s::node::kube_proxy class:

arguments
auth
ca_cert
cert
cluster_cidr
config
control_plane_url
ensure
key
puppetdb_discovery_tag
token

`arguments`

Data type: Hash[String, Data]

A hash of additional arguments to pass to kube-proxy

Default value: {}

`auth`

Data type: K8s::Proxy_auth

The authentication method to use for the API server

Default value: $k8s::node::proxy_auth

`ca_cert`

Data type: Optional[Stdlib::Unixpath]

The path to the CA certificate to use for the API server

Default value: $k8s::node::ca_cert

`cert`

Data type: Optional[Stdlib::Unixpath]

The path to the client certificate to use for the API server

Default value: $k8s::node::proxy_cert

`cluster_cidr`

Data type: K8s::CIDR

The CIDR range of the cluster

Default value: $k8s::cluster_cidr

`config`

Data type: Hash[String, Data]

A hash of additional configuration options to pass to kube-proxy

Default value: {}

`control_plane_url`

Data type: Stdlib::HTTPUrl

The URL of the Kubernetes API server

Default value: $k8s::node::control_plane_url

`ensure`

Data type: K8s::Ensure

Whether the kube-proxy service should be configured

Default value: $k8s::node::ensure

`key`

Data type: Optional[Stdlib::Unixpath]

The path to the client key to use for the API server

Default value: $k8s::node::proxy_key

`puppetdb_discovery_tag`

Data type: String

The tag to use for PuppetDB service discovery

Default value: $k8s::node::puppetdb_discovery_tag

`token`

Data type: Optional[Sensitive[String]]

The token to use for the API server

Default value: $k8s::node::proxy_token

`k8s::node::kubectl`

Installs the kubectl binary

Parameters

The following parameters are available in the k8s::node::kubectl class:

ensure

`ensure`

Data type: K8s::Ensure

Whether to install the binary

Default value: $k8s::ensure

`k8s::node::kubelet`

Installs and configures kubelet

Parameters

The following parameters are available in the k8s::node::kubelet class:

arguments
auth
ca_cert
cert
cert_path
config
control_plane_url
ensure
firewall_type
key
kubeconfig
manage_firewall
manage_kernel_modules
manage_sysctl_settings
puppetdb_discovery_tag
rotate_server_tls
runtime
runtime_service
support_dualstack
token

`arguments`

Data type: Hash[String, Data]

additional arguments to pass to kubelet

Default value: {}

`auth`

Data type: K8s::Node_auth

type of node authentication

Default value: $k8s::node::node_auth

`ca_cert`

Data type: Optional[Stdlib::Unixpath]

path to the ca cert

Default value: $k8s::node::ca_cert

`cert`

Data type: Optional[Stdlib::Unixpath]

path to node cert file

Default value: $k8s::node::node_cert

`cert_path`

Data type: Stdlib::Unixpath

path to cert files

Default value: $k8s::node::cert_path

`config`

Data type: Hash[String, Data]

additional config to pass to kubelet

Default value: {}

`control_plane_url`

Data type: Stdlib::HTTPUrl

cluster API connection

Default value: $k8s::node::control_plane_url

`ensure`

Data type: K8s::Ensure

set ensure for installation or deinstallation

Default value: $k8s::node::ensure

`firewall_type`

Data type: Optional[K8s::Firewall]

define the type of firewall to use

Default value: $k8s::node::firewall_type

`key`

Data type: Optional[Stdlib::Unixpath]

path to node key file

Default value: $k8s::node::node_key

`kubeconfig`

Data type: Stdlib::Unixpath

path to kubeconfig

Default value: '/srv/kubernetes/kubelet.kubeconf'

`manage_firewall`

Data type: Boolean

whether to manage firewall or not

Default value: $k8s::node::manage_firewall

`manage_kernel_modules`

Data type: Boolean

whether to load kernel modules or not

Default value: $k8s::node::manage_kernel_modules

`manage_sysctl_settings`

Data type: Boolean

whether to manage sysctl settings or not

Default value: $k8s::node::manage_sysctl_settings

`puppetdb_discovery_tag`

Data type: String[1]

enable puppetdb resource searching

Default value: $k8s::node::puppetdb_discovery_tag

`rotate_server_tls`

Data type: Boolean

whether to rotate server tls or not

Default value: $auth == 'bootstrap'

`runtime`

Data type: String

which container runtime to use

Default value: $k8s::container_manager

`runtime_service`

Data type: String

name of the service of the container runtime

Default value: $k8s::container_runtime_service

`support_dualstack`

Data type: Boolean

whether to support dualstack or not

Default value: $k8s::cluster_cidr =~ Array[Data, 2]

`token`

Data type: Optional[Sensitive[String]]

k8s token to join a cluster

Default value: $k8s::node::node_token

`k8s::node::simple_cni`

Class: k8s::node::simple_cni

Parameters

The following parameters are available in the k8s::node::simple_cni class:

pod_cidr

`pod_cidr`

Data type: K8s::CIDR

cidr for pods in the network

Default value: $k8s::cluster_cidr

`k8s::repo`

Handles repositories for the container runtime

Parameters

The following parameters are available in the k8s::repo class:

container_manager
crio_version
manage_container_manager

`container_manager`

Data type: K8s::Container_runtimes

The name of the container manager

Default value: $k8s::container_manager

`crio_version`

Data type: String[1]

version o cri-o

Default value: $k8s::version.split('\.')[0, 2].join('.')

`manage_container_manager`

Data type: Boolean

whether to add cri-o repository or not

Default value: $k8s::manage_container_manager

`k8s::server`

Sets up a Kubernetes server instance

Parameters

The following parameters are available in the k8s::server class:

aggregator_ca_cert
aggregator_ca_key
api_port
ca_cert
ca_key
cert_path
cluster_cidr
cluster_domain
control_plane_url
direct_control_plane_url
dns_service_address
ensure
etcd_cluster_name
etcd_servers
firewall_type
generate_ca
manage_certs
manage_components
manage_crictl
manage_etcd
manage_firewall
manage_kubeadm
manage_resources
manage_signing
node_on_server
puppetdb_discovery_tag

`aggregator_ca_cert`

Data type: Stdlib::Unixpath

path to the aggregator ca cert

Default value: "${cert_path}/aggregator-ca.pem"

`aggregator_ca_key`

Data type: Stdlib::Unixpath

path to the aggregator ca key

Default value: "${cert_path}/aggregator-ca.key"

`api_port`

Data type: Integer[1]

Cluster API port

Default value: 6443

`ca_cert`

Data type: Stdlib::Unixpath

path to the ca cert

Default value: "${cert_path}/ca.pem"

`ca_key`

Data type: Stdlib::Unixpath

path to the ca key

Default value: "${cert_path}/ca.key"

`cert_path`

Data type: Stdlib::Unixpath

path to cert files

Default value: '/etc/kubernetes/certs'

`cluster_cidr`

Data type: K8s::CIDR

cluster cidr

Default value: $k8s::cluster_cidr

`cluster_domain`

Data type: String

cluster domain name

Default value: $k8s::cluster_domain

`control_plane_url`

Data type: String

cluster API connection

Default value: $k8s::control_plane_url

`direct_control_plane_url`

Data type: String

direct clust API connection

Default value: "https://${fact('networking.ip')}:${api_port}"

`dns_service_address`

Data type: K8s::IP_addresses

cluster dns service address

Default value: $k8s::dns_service_address

`ensure`

Data type: K8s::Ensure

set ensure for installation or deinstallation

Default value: $k8s::ensure

`etcd_cluster_name`

Data type: String[1]

name of the etcd cluster for searching its nodes in the puppetdb

Default value: $k8s::etcd_cluster_name

`etcd_servers`

Data type: Optional[Array[Stdlib::HTTPUrl]]

list etcd servers if no puppetdb is used

Default value: undef

`firewall_type`

Data type: Optional[K8s::Firewall]

define the type of firewall to use

Default value: $k8s::firewall_type

`generate_ca`

Data type: Boolean

initially generate ca

Default value: false

`manage_certs`

Data type: Boolean

whether to manage certs or not

Default value: true

`manage_components`

Data type: Boolean

whether to manage components or not

Default value: true

`manage_crictl`

Data type: Boolean

whether to install crictl or not

Default value: false

`manage_etcd`

Data type: Boolean

whether to manage etcd or not

Default value: $k8s::manage_etcd

`manage_firewall`

Data type: Boolean

whether to manage firewall or not

Default value: $k8s::manage_firewall

`manage_kubeadm`

Data type: Boolean

whether to install kubeadm or not

Default value: false

`manage_resources`

Data type: Boolean

whether to manage cluster internal resources or not

Default value: true

`manage_signing`

Data type: Boolean

whether to manage cert signing or not

Default value: $k8s::puppetdb_discovery

`node_on_server`

Data type: Boolean

whether to use controller also as nodes or not

Default value: true

`puppetdb_discovery_tag`

Data type: String[1]

enable puppetdb resource searching

Default value: $k8s::puppetdb_discovery_tag

`k8s::server::apiserver`

Installs and configures a Kubernetes apiserver

Parameters

The following parameters are available in the k8s::server::apiserver class:

advertise_address
aggregator_ca_cert
apiserver_cert
apiserver_client_cert
apiserver_client_key
apiserver_key
arguments
ca_cert
cert_path
container_image
container_image_tag
container_registry
discover_etcd_servers
ensure
etcd_ca
etcd_cert
etcd_cluster_name
etcd_key
etcd_servers
firewall_type
front_proxy_cert
front_proxy_key
manage_firewall
puppetdb_discovery_tag
service_cluster_cidr
serviceaccount_private
serviceaccount_public

`advertise_address`

Data type: Stdlib::IP::Address::Nosubnet

bind address of the apiserver

Default value: fact('networking.ip')

`aggregator_ca_cert`

Data type: Stdlib::Unixpath

path to the aggregator ca cert file

Default value: $k8s::server::tls::aggregator_ca_cert

`apiserver_cert`

Data type: Stdlib::Unixpath

path to the apiserver cert file

Default value: "${cert_path}/kube-apiserver.pem"

`apiserver_client_cert`

Data type: Stdlib::Unixpath

path to the apiserver client cert file

Default value: "${cert_path}/apiserver-kubelet-client.pem"

`apiserver_client_key`

Data type: Stdlib::Unixpath

path to the apiserver client key file

Default value: "${cert_path}/apiserver-kubelet-client.key"

`apiserver_key`

Data type: Stdlib::Unixpath

path to the apiserver cert file

Default value: "${cert_path}/kube-apiserver.key"

`arguments`

Data type: Hash[String, Data]

additional arguments for the apiserver

Default value: {}

`ca_cert`

Data type: Stdlib::Unixpath

path to the ca cert

Default value: $k8s::server::tls::ca_cert

`cert_path`

Data type: Stdlib::Unixpath

path to cert files

Default value: $k8s::server::tls::cert_path

`container_image`

Data type: String[1]

container image to use for the apiserver

Default value: 'kube-apiserver'

`container_image_tag`

Data type: Optional[String[1]]

container image tag to use for the apiserver

Default value: $k8s::container_image_tag

`container_registry`

Data type: String[1]

container registry to pull the image from

Default value: $k8s::container_registry

`discover_etcd_servers`

Data type: Boolean

enable puppetdb resource searching

Default value: $k8s::puppetdb_discovery

`ensure`

Data type: K8s::Ensure

set ensure for installation or deinstallation

Default value: $k8s::server::ensure

`etcd_ca`

Data type: Stdlib::Unixpath

path to the etcd ca cert file

Default value: "${cert_path}/etcd-ca.pem"

`etcd_cert`

Data type: Stdlib::Unixpath

path to the etcd cert file

Default value: "${cert_path}/etcd.pem"

`etcd_cluster_name`

Data type: String[1]

name of the etcd cluster for searching its nodes in the puppetdb

Default value: $k8s::server::etcd_cluster_name

`etcd_key`

Data type: Stdlib::Unixpath

path to the etcd key file

Default value: "${cert_path}/etcd.key"

`etcd_servers`

Data type: Optional[Array[Stdlib::HTTPUrl]]

list etcd servers if no puppetdb is used

Default value: $k8s::server::etcd_servers

`firewall_type`

Data type: Optional[K8s::Firewall]

define the type of firewall to use

Default value: $k8s::server::firewall_type

`front_proxy_cert`

Data type: Stdlib::Unixpath

path to the front proxy cert file

Default value: "${cert_path}/front-proxy-client.pem"

`front_proxy_key`

Data type: Stdlib::Unixpath

path to the front proxy key file

Default value: "${cert_path}/front-proxy-client.key"

`manage_firewall`

Data type: Boolean

whether to manage firewall or not

Default value: $k8s::server::manage_firewall

`puppetdb_discovery_tag`

Data type: String

enable puppetdb resource searching

Default value: $k8s::server::puppetdb_discovery_tag

`service_cluster_cidr`

Data type: K8s::CIDR

cidr of the service cluster

Default value: $k8s::service_cluster_cidr

`serviceaccount_private`

Data type: Stdlib::Unixpath

path to the service account private key file

Default value: "${cert_path}/service-account.key"

`serviceaccount_public`

Data type: Stdlib::Unixpath

path to the service account public key file

Default value: "${cert_path}/service-account.pub"

`k8s::server::controller_manager`

Installs and configures a Kubernetes controller manager

Parameters

The following parameters are available in the k8s::server::controller_manager class:

arguments
ca_cert
ca_key
cert
cert_path
cluster_cidr
container_image
container_image_tag
container_registry
control_plane_url
ensure
key
service_cluster_cidr

`arguments`

Data type: Hash[String, Data]

Additional arguments to pass to the controller manager.

Default value: {}

`ca_cert`

Data type: Stdlib::Unixpath

The path to the CA certificate.

Default value: $k8s::server::tls::ca_cert

`ca_key`

Data type: Stdlib::Unixpath

The path to the CA key.

Default value: $k8s::server::tls::ca_key

`cert`

Data type: Stdlib::Unixpath

The path to the controller manager certificate.

Default value: "${cert_path}/kube-controller-manager.pem"

`cert_path`

Data type: Stdlib::Unixpath

The path to the TLS certificates.

Default value: $k8s::server::tls::cert_path

`cluster_cidr`

Data type: K8s::CIDR

The CIDR of the cluster.

Default value: $k8s::cluster_cidr

`container_image`

Data type: String[1]

The container image to use for the controller manager.

Default value: 'kube-controller-manager'

`container_image_tag`

Data type: Optional[String[1]]

The container image tag to use for the controller manager.

Default value: $k8s::container_image_tag

`container_registry`

Data type: String[1]

The container registry to pull the controller manager image from.

Default value: $k8s::container_registry

`control_plane_url`

Data type: Stdlib::HTTPUrl

The URL of the Kubernetes API server.

Default value: $k8s::control_plane_url

`ensure`

Data type: K8s::Ensure

Whether the controller manager should be configured.

Default value: $k8s::server::ensure

`key`

Data type: Stdlib::Unixpath

The path to the controller manager key.

Default value: "${cert_path}/kube-controller-manager.key"

`service_cluster_cidr`

Data type: K8s::CIDR

The CIDR of the service cluster.

Default value: $k8s::service_cluster_cidr

`k8s::server::etcd`

Sets up an etcd cluster node

Parameters

The following parameters are available in the k8s::server::etcd class:

addn_names
cert_path
client_ca_cert
client_ca_key
cluster_name
ensure
firewall_type
generate_ca
group
manage_certs
manage_firewall
manage_members
manage_setup
peer_ca_cert
peer_ca_key
puppetdb_discovery_tag
self_signed_tls
user
version

`addn_names`

Data type: K8s::TLS_altnames

additional names for certificates

Default value: []

`cert_path`

Data type: Stdlib::Unixpath

path to cert files

Default value: '/var/lib/etcd/certs'

`client_ca_cert`

Data type: Stdlib::Unixpath

path to the client ca cert

Default value: "${cert_path}/client-ca.pem"

`client_ca_key`

Data type: Stdlib::Unixpath

path to the client ca key

Default value: "${cert_path}/client-ca.key"

`cluster_name`

Data type: String[1]

name of the etcd cluster for searching its nodes in the puppetdb

Default value: pick($k8s::server::etcd_cluster_name, 'default')

`ensure`

Data type: K8s::Ensure

set ensure for installation or deinstallation

Default value: 'present'

`firewall_type`

Data type: Optional[K8s::Firewall]

define the type of firewall to use

Default value: $k8s::server::firewall_type

`generate_ca`

Data type: Boolean

whether to generate a own ca or not

Default value: false

`group`

Data type: String[1]

group to run etcd as

Default value: 'etcd'

`manage_certs`

Data type: Boolean

whether to manage certs or not

Default value: true

`manage_firewall`

Data type: Boolean

whether to manage firewall or not

Default value: false

`manage_members`

Data type: Boolean

whether to manage the ectd cluster member joining or not

Default value: false

`manage_setup`

Data type: Boolean

whether to manage the setup of etcd or not

Default value: true

`peer_ca_cert`

Data type: Stdlib::Unixpath

path to the peer ca cert

Default value: "${cert_path}/peer-ca.pem"

`peer_ca_key`

Data type: Stdlib::Unixpath

path to the peer ca key

Default value: "${cert_path}/peer-ca.key"

`puppetdb_discovery_tag`

Data type: String[1]

enable puppetdb resource searching

Default value: pick($k8s::server::puppetdb_discovery_tag, $cluster_name)

`self_signed_tls`

Data type: Boolean

whether to use self signed tls or not

Default value: false

`user`

Data type: String[1]

user to run etcd as

Default value: 'etcd'

`version`

Data type: String[1]

version of ectd to install

Default value: pick($k8s::etcd_version, '3.5.1')

`k8s::server::etcd::setup`

Installs and configures an etcd instance

Parameters

The following parameters are available in the k8s::server::etcd::setup class:

advertise_client_urls
archive_template
auto_compaction_retention
auto_tls
binary_path
cert_file
client_cert_auth
data_dir
ensure
etcd_name
fqdn
gid
group
initial_advertise_peer_urls
initial_cluster
initial_cluster_state
initial_cluster_token
install
key_file
listen_client_urls
listen_peer_urls
package
peer_auto_tls
peer_cert_file
peer_client_cert_auth
peer_key_file
peer_trusted_ca_file
proxy
storage_path
trusted_ca_file
uid
user
version

`advertise_client_urls`

Data type: Array[Stdlib::HTTPUrl]

The client urls to advertise

Default value: ["https://${fqdn}:2379"]

`archive_template`

Data type: Stdlib::HTTPUrl

The download url template for the etc archive

Default value: 'https://storage.googleapis.com/etcd/v%{version}/etcd-v%{version}-%{kernel}-%{arch}.%{kernel_ext}'

`auto_compaction_retention`

Data type: Optional[Integer]

The auto compaction retention

Default value: undef

`auto_tls`

Data type: Boolean

Use auto tls

Default value: $k8s::server::etcd::self_signed_tls

`binary_path`

Data type: Optional[Stdlib::Unixpath]

path to the etcd binary

Default value: undef

`cert_file`

Data type: Optional[Stdlib::Unixpath]

path to the cert file

Default value: undef

`client_cert_auth`

Data type: Boolean

Use client cert auth

Default value: false

`data_dir`

Data type: String[1]

path to the data dir

Default value: "${etcd_name}.etcd"

`ensure`

Data type: K8s::Ensure

set ensure for installation or deinstallation

Default value: $k8s::server::etcd::ensure

`etcd_name`

Data type: String[1]

The etcd instance name

Default value: $facts['networking']['hostname']

`fqdn`

Data type: String[1]

fully qualified domain name

Default value: $facts['networking']['fqdn']

`gid`

Data type: Optional[Integer[0, 65535]]

The group system id

Default value: undef

`group`

Data type: String[1]

etcd system user group

Default value: $k8s::server::etcd::group

`initial_advertise_peer_urls`

Data type: Array[Stdlib::HTTPUrl]

The peer urls to advertise

Default value: ["https://${fqdn}:2380"]

`initial_cluster`

Data type: Array[String[1]]

The initial cluster

Default value: []

`initial_cluster_state`

Data type: Optional[Enum['existing', 'new']]

The initial cluster state

Default value: undef

`initial_cluster_token`

Data type: Optional[String[1]]

The initial cluster token

Default value: undef

`install`

Data type: Enum['archive','package']

etcd installation method

Default value: 'archive'

`key_file`

Data type: Optional[Stdlib::Unixpath]

path to the key file

Default value: undef

`listen_client_urls`

Data type: Array[Stdlib::HTTPUrl]

The client urls to listen on

Default value: ['https://[::]:2379']

`listen_peer_urls`

Data type: Array[Stdlib::HTTPUrl]

The peer urls to listen on

Default value: ['https://[::]:2380']

`package`

Data type: String[1]

etcd package name

Default value: 'etcd'

`peer_auto_tls`

Data type: Boolean

Use peer auto tls

Default value: $k8s::server::etcd::self_signed_tls

`peer_cert_file`

Data type: Optional[Stdlib::Unixpath]

path to the peer cert file

Default value: undef

`peer_client_cert_auth`

Data type: Boolean

Use peer client cert auth

Default value: false

`peer_key_file`

Data type: Optional[Stdlib::Unixpath]

path to the peer key file

Default value: undef

`peer_trusted_ca_file`

Data type: Optional[Stdlib::Unixpath]

path to the peer trusted ca file

Default value: undef

`proxy`

Data type: Enum['on','off','readonly']

The proxy mode

Default value: 'off'

`storage_path`

Data type: Stdlib::Unixpath

path to the working dir of etcd

Default value: '/var/lib/etcd'

`trusted_ca_file`

Data type: Optional[Stdlib::Unixpath]

path to the trusted ca file

Default value: undef

`uid`

Data type: Optional[Integer[0, 65535]]

The user system id

Default value: undef

`user`

Data type: String[1]

etcd system user

Default value: $k8s::server::etcd::user

`version`

Data type: String[1]

The ectd version to install

Default value: $k8s::server::etcd::version

`k8s::server::resources`

Generates and deploys standard Kubernetes in-cluster services

Parameters

The following parameters are available in the k8s::server::resources class:

ca_cert
cluster_cidr
cluster_domain
control_plane_url
coredns_deployment_config
coredns_image
coredns_registry
coredns_tag
dns_service_address
extra_kube_proxy_args
flannel_cni_image
flannel_cni_registry
flannel_cni_tag
flannel_daemonset_config
flannel_image
flannel_registry
flannel_tag
image_pull_secrets
kube_proxy_daemonset_config
kube_proxy_image
kube_proxy_registry
kube_proxy_tag
kubeconfig
manage_bootstrap
manage_coredns
manage_flannel
manage_kube_proxy

`ca_cert`

Data type: Stdlib::Unixpath

the path to the CA certificate to use for the cluster

Default value: $k8s::server::tls::ca_cert

`cluster_cidr`

Data type: K8s::CIDR

the CIDR to use for the cluster

Default value: $k8s::server::cluster_cidr

`cluster_domain`

Data type: String[1]

the domain to use for the cluster

Default value: $k8s::server::cluster_domain

`control_plane_url`

Data type: String[1]

the URL to use for the control plane

Default value: $k8s::server::control_plane_url

`coredns_deployment_config`

Data type: Hash[String,Data]

the configuration to use for the CoreDNS Deployment

Default value: {}

`coredns_image`

Data type: String[1]

the image to use for the CoreDNS

Default value: 'coredns/coredns'

`coredns_registry`

Data type: String[1]

the registry to use for the CoreDNS image

Default value: 'docker.io'

`coredns_tag`

Data type: String[1]

the tag to use for the CoreDNS image

Default value: '1.8.7'

`dns_service_address`

Data type: K8s::IP_addresses

the IP address to use for the DNS service

Default value: $k8s::server::dns_service_address

`extra_kube_proxy_args`

Data type: Hash[String,Data]

the extra arguments to pass to the kube-proxy

Default value: {}

`flannel_cni_image`

Data type: String[1]

the image to use for the Flannel CNI

Default value: 'rancher/mirrored-flannelcni-flannel-cni-plugin'

`flannel_cni_registry`

Data type: String[1]

the registry to use for the Flannel CNI image

Default value: 'docker.io'

`flannel_cni_tag`

Data type: String[1]

the tag to use for the Flannel CNI image

Default value: 'v1.0.0'

`flannel_daemonset_config`

Data type: Hash[String,Data]

the configuration to use for the Flannel DaemonSet

Default value: {}

`flannel_image`

Data type: String[1]

the image to use for the Flannel

Default value: 'rancher/mirrored-flannelcni-flannel'

`flannel_registry`

Data type: String[1]

the registry to use for the Flannel image

Default value: 'docker.io'

`flannel_tag`

Data type: String[1]

the tag to use for the Flannel image

Default value: 'v0.16.1'

`image_pull_secrets`

Data type: Optional[Array]

the secrets to pull from private registries

Default value: undef

`kube_proxy_daemonset_config`

Data type: Hash[String,Data]

the configuration to use for the kube-proxy DaemonSet

Default value: {}

`kube_proxy_image`

Data type: String[1]

the image to use for the kube-proxy

Default value: 'kube-proxy'

`kube_proxy_registry`

Data type: String[1]

the registry to use for the kube-proxy image

Default value: $k8s::container_registry

`kube_proxy_tag`

Data type: String[1]

the tag to use for the kube-proxy image

Default value: "v${k8s::version}"

`kubeconfig`

Data type: Stdlib::Unixpath

the path to the kubeconfig file to use for kubectl

Default value: '/root/.kube/config'

`manage_bootstrap`

Data type: Boolean

whether to manage the bootstrap resources

Default value: true

`manage_coredns`

Data type: Boolean

whether to manage the CoreDNS resources

Default value: true

`manage_flannel`

Data type: Boolean

whether to manage the Flannel resources

Default value: true

`manage_kube_proxy`

Data type: K8s::Proxy_method

whether to manage the kube-proxy resources

Default value: $k8s::manage_kube_proxy

`k8s::server::resources::bootstrap`

Generates and deploys the default Puppet boostrap configuration into the cluster

Parameters

The following parameters are available in the k8s::server::resources::bootstrap class:

control_plane_url
ensure
kubeconfig
secret

`control_plane_url`

Data type: String[1]

The main API URL to encode in the bootstrap configuration

Default value: $k8s::server::resources::control_plane_url

`ensure`

Data type: K8s::Ensure

Whether the resources should be present or absent

Default value: $k8s::ensure

`kubeconfig`

Data type: Stdlib::Unixpath

The path to the kubeconfig file to use for the bootstrap configuration

Default value: $k8s::server::resources::kubeconfig

`secret`

Data type: Optional[Sensitive[K8s::Bootstrap_token]]

The exact token secret to use, will be generated as a random 16-char string if left blank. The generated value can be retrieved from the bootstrap-token-puppet Secret in kube-system.

Default value: undef

`k8s::server::resources::coredns`

Generates and deploys the default CoreDNS DNS provider for Kubernetes

Parameters

The following parameters are available in the k8s::server::resources::coredns class:

cluster_domain
corefile_content
deployment_config
dns_service_address
ensure
hosts
image
image_pull_secrets
image_tag
kubeconfig
registry
template_path
template_variables

`cluster_domain`

Data type: Stdlib::Fqdn

The cluster domain to use for the CoreDNS ConfigMap

Default value: $k8s::server::resources::cluster_domain

`corefile_content`

Data type: Optional[String[1]]

The content to use for the CoreDNS ConfigMap

Default value: undef

`deployment_config`

Data type: Hash[String,Data]

Additional configuration to merge into the Kubernetes Deployment object

Default value: $k8s::server::resources::coredns_deployment_config

`dns_service_address`

Data type: K8s::IP_addresses

The address for the DNS service

Default value: $k8s::server::resources::dns_service_address

`ensure`

Data type: K8s::Ensure

Whether the resource should be present or absent on the target system

Default value: $k8s::ensure

`hosts`

Data type: Array[String[1]]

Additional host-style entries for the CoreDNS deployment to serve

Default value: []

`image`

Data type: String[1]

The CoreDNS image name to use

Default value: $k8s::server::resources::coredns_image

`image_pull_secrets`

Data type: Optional[Array]

the secrets to pull from private registries

Default value: $k8s::server::resources::image_pull_secrets

`image_tag`

Data type: String[1]

The CoreDNS image tag to use

Default value: $k8s::server::resources::coredns_tag

`kubeconfig`

Data type: Stdlib::Unixpath

The path to the kubeconfig to use for kubectl commands

Default value: $k8s::server::resources::kubeconfig

`registry`

Data type: String[1]

The CoreDNS image registry to use

Default value: $k8s::server::resources::coredns_registry

`template_path`

Data type: String[1]

The path to the template to use for the CoreDNS ConfigMap

Default value: 'k8s/server/resources/coredns_corefile.epp'

`template_variables`

Data type: Hash[String, Any]

The variables to use for the CoreDNS ConfigMap template

Default value: { cluster_domain => $cluster_domain }

`k8s::server::resources::flannel`

Generates and deploys the default CoreDNS DNS provider for Kubernetes

Parameters

The following parameters are available in the k8s::server::resources::flannel class:

cluster_cidr
cni_image
cni_image_tag
cni_registry
daemonset_config
ensure
image
image_pull_secrets
image_tag
kubeconfig
net_config
registry

`cluster_cidr`

Data type: K8s::CIDR

The internal cluster CIDR to proxy for

Default value: $k8s::server::resources::cluster_cidr

`cni_image`

Data type: String[1]

The Flannel CNI plugin image name to use

Default value: $k8s::server::resources::flannel_cni_image

`cni_image_tag`

Data type: String[1]

The Flannel CNI plugin image tag to use

Default value: $k8s::server::resources::flannel_cni_tag

`cni_registry`

Data type: String[1]

The Flannel CNI plugin image registry to use

Default value: $k8s::server::resources::flannel_cni_registry

`daemonset_config`

Data type: Hash[String,Data]

Additional configuration to merge into the DaemonSet object

Default value: $k8s::server::resources::flannel_daemonset_config

`ensure`

Data type: K8s::Ensure

Whether the resource should be present or absent on the system

Default value: $k8s::ensure

`image`

Data type: String[1]

The Flannel image name to use

Default value: $k8s::server::resources::flannel_image

`image_pull_secrets`

Data type: Optional[Array]

the secrets to pull from private registries

Default value: $k8s::server::resources::image_pull_secrets

`image_tag`

Data type: String[1]

The Flannel image tag to use

Default value: $k8s::server::resources::flannel_tag

`kubeconfig`

Data type: Stdlib::Unixpath

The path to the kubeconfig file to use

Default value: $k8s::server::resources::kubeconfig

`net_config`

Data type: Hash[String,Data]

Additional configuration to merge into net-conf.json for Flannel

Default value: {}

`registry`

Data type: String[1]

The Flannel image registry to use

Default value: $k8s::server::resources::flannel_registry

`k8s::server::resources::kube_proxy`

Generates and deploys the default kube-proxy service for Kubernetes

Parameters

The following parameters are available in the k8s::server::resources::kube_proxy class:

cluster_cidr
daemonset_config
ensure
extra_args
extra_config
image
image_pull_secrets
image_tag
kubeconfig
registry

`cluster_cidr`

Data type: K8s::CIDR

The internal cluster CIDR to proxy for

Default value: $k8s::server::resources::cluster_cidr

`daemonset_config`

Data type: Hash[String,Data]

Additional configuration to merge into the DaemonSet object

Default value: {}

`ensure`

Data type: K8s::Ensure

Whether the resource should be present or absent

Default value: $k8s::ensure

`extra_args`

Data type: Hash[String,Data]

Additional arguments to specify to the kube-proxy application

Default value: {}

`extra_config`

Data type: Hash[String,Data]

Additional configuration data to apply to the kube-proxy configuration file

Default value: {}

`image`

Data type: String[1]

The kube-proxy image name to use

Default value: $k8s::server::resources::kube_proxy_image

`image_pull_secrets`

Data type: Optional[Array]

the secrets to pull from private registries

Default value: $k8s::server::resources::image_pull_secrets

`image_tag`

Data type: String[1]

The kube-proxy image tag to use

Default value: $k8s::server::resources::kube_proxy_tag

`kubeconfig`

Data type: Stdlib::Unixpath

The path to the kubeconfig file to use

Default value: $k8s::server::resources::kubeconfig

`registry`

Data type: String[1]

The kube-proxy image registry to use

Default value: $k8s::server::resources::kube_proxy_registry

`k8s::server::scheduler`

Installs and configures a Kubernetes scheduler

Parameters

The following parameters are available in the k8s::server::scheduler class:

ensure
control_plane_url
arguments
cert_path
ca_cert
cert
key
container_registry
container_image
container_image_tag

`ensure`

Data type: K8s::Ensure

Whether the scheduler should be configured.

Default value: $k8s::server::ensure

`control_plane_url`

Data type: Stdlib::HTTPUrl

The URL of the Kubernetes API server.

Default value: $k8s::control_plane_url

`arguments`

Data type: Hash[String, Data]

Additional arguments to pass to the scheduler.

Default value: {}

`cert_path`

Data type: Stdlib::Unixpath

The path to the directory containing the TLS certificates.

Default value: $k8s::server::tls::cert_path

`ca_cert`

Data type: Stdlib::Unixpath

The path to the CA certificate.

Default value: $k8s::server::tls::ca_cert

`cert`

Data type: Stdlib::Unixpath

The path to the scheduler certificate.

Default value: "${cert_path}/kube-scheduler.pem"

`key`

Data type: Stdlib::Unixpath

The path to the scheduler key.

Default value: "${cert_path}/kube-scheduler.key"

`container_registry`

Data type: String[1]

The container registry to pull images from.

Default value: $k8s::container_registry

`container_image`

Data type: String[1]

The container image to use for the scheduler.

Default value: 'kube-scheduler'

`container_image_tag`

Data type: Optional[String[1]]

The container image tag to use for the scheduler.

Default value: $k8s::container_image_tag

`k8s::server::tls`

Generates the necessary Kubernetes certificates for a server

Parameters

The following parameters are available in the k8s::server::tls class:

aggregator_ca_cert
aggregator_ca_key
api_addn_names
api_service_address
ca_cert
ca_key
cert_path
cluster_domain
ensure
generate_ca
key_bits
manage_certs
valid_days

`aggregator_ca_cert`

Data type: Stdlib::Unixpath

The path to the aggregator CA certificate

Default value: $k8s::server::aggregator_ca_cert

`aggregator_ca_key`

Data type: Stdlib::Unixpath

The path to the aggregator CA key

Default value: $k8s::server::aggregator_ca_key

`api_addn_names`

Data type: K8s::TLS_altnames

Additional names to add to the API server certificate

Default value: []

`api_service_address`

Data type: Stdlib::IP::Address::Nosubnet

The API service address

Default value: $k8s::api_service_address

`ca_cert`

Data type: Stdlib::Unixpath

The path to the CA certificate

Default value: $k8s::server::ca_cert

`ca_key`

Data type: Stdlib::Unixpath

The path to the CA key

Default value: $k8s::server::ca_key

`cert_path`

Data type: Stdlib::Unixpath

The path to the certificates

Default value: $k8s::server::cert_path

`cluster_domain`

Data type: String[1]

The cluster domain

Default value: $k8s::cluster_domain

`ensure`

Data type: K8s::Ensure

Whether to generate the certificates or not

Default value: 'present'

`generate_ca`

Data type: Boolean

Whether to generate the CA or not

Default value: $k8s::server::generate_ca

`key_bits`

Data type: Integer[512]

The number of bits to use for the key

Default value: 2048

`manage_certs`

Data type: Boolean

Whether to manage the certificates or not

Default value: $k8s::server::manage_certs

`valid_days`

Data type: Integer[1]

The number of days the certificate is valid for

Default value: 10000

`k8s::server::wait_online`

Creates a dummy exec to allow deferring applies until the Kubernetes API server has started

Defined types

`k8s::binary`

Deploys a Kubernetes binary

Parameters

The following parameters are available in the k8s::binary defined type:

ensure
version
packaging
target
tarball_target
active
component

`ensure`

Data type: K8s::Ensure

Whether the binary should be present or absent

Default value: $k8s::ensure

`version`

Data type: String[1]

The version to deploy

Default value: $k8s::version

`packaging`

Data type: String[1]

The packaging method to use

Default value: $k8s::packaging

`target`

Data type: String[1]

The directory to deploy the binary to

Default value: "/opt/k8s/${$version}"

`tarball_target`

Data type: String[1]

The directory to download tarballs to

Default value: '/opt/k8s/archives'

`active`

Data type: Boolean

Whether the binary should be active

Default value: true

`component`

Data type: Optional[String]

The component to deploy

Default value: undef

`k8s::server::bootstrap_token`

You generally only want this to be done on a single Kubernetes server

Parameters

The following parameters are available in the k8s::server::bootstrap_token defined type:

addn_data
description
ensure
expiration
extra_groups
id
kubeconfig
secret
update
use_authentication
use_signing

`addn_data`

Data type: Hash[String,Data]

Additional data to add to the token

Default value: {}

`description`

Data type: Optional[String]

A description of the token

Default value: undef

`ensure`

Data type: K8s::Ensure

Whether the token should be present or absent

Default value: 'present'

`expiration`

Data type: Optional[K8s::Timestamp]

The expiration time of the token

Default value: undef

`extra_groups`

Data type: Optional[Array[String]]

An array of extra groups to add to the token

Default value: undef

`id`

Data type: Pattern[/^[a-z0-9]{6}$/]

The ID of the token to generate

Default value: $name

`kubeconfig`

Data type: Stdlib::Unixpath

The path to the kubeconfig file to use

`secret`

Data type: Sensitive[K8s::Bootstrap_token]

The secret to use for the token

Default value: Sensitive(fqdn_rand_string(16).downcase())

`update`

Data type: Boolean

Whether to update the token if it already exists

Default value: false

`use_authentication`

Data type: Boolean

Whether the token should be used for authentication

Default value: true

`use_signing`

Data type: Optional[Boolean]

Whether the token should be used for signing

Default value: undef

`k8s::server::etcd::member`

TODO - Convert to native type

Parameters

The following parameters are available in the k8s::server::etcd::member defined type:

cluster_ca
cluster_cert
cluster_key
cluster_urls
peer_urls

`cluster_ca`

Data type: Optional[Stdlib::Unixpath]

The cluster CA for the new member

Default value: undef

`cluster_cert`

Data type: Optional[Stdlib::Unixpath]

The cluster cert for the new member

Default value: undef

`cluster_key`

Data type: Optional[Stdlib::Unixpath]

The cluster key for the new member

Default value: undef

`cluster_urls`

Data type: Optional[Array[Stdlib::HTTPUrl]]

The cluster URLs for the new member

Default value: undef

`peer_urls`

Data type: Array[String, 1]

The peer URLs for the new member

`k8s::server::tls::ca`

Generates a TLS CA

Parameters

The following parameters are available in the k8s::server::tls::ca defined type:

key
cert
ensure
subject
owner
group
key_bits
valid_days
generate

`key`

Data type: Stdlib::Unixpath

The path to the CA key

`cert`

Data type: Stdlib::Unixpath

The path to the CA certificate

`ensure`

Data type: K8s::Ensure

Whether the CA should be present or absent

Default value: present

`subject`

Data type: String[1]

The subject of the CA certificate

Default value: "/CN=${title}"

`owner`

Data type: String[1]

The owner of the CA key and certificate

Default value: 'root'

`group`

Data type: String[1]

The group of the CA key and certificate

Default value: 'root'

`key_bits`

Data type: Integer[512]

The number of bits in the CA key

Default value: 2048

`valid_days`

Data type: Integer[1]

The number of days the CA certificate is valid

Default value: 10000

`generate`

Data type: Boolean

Whether to generate the CA key and certificate

Default value: true

`k8s::server::tls::cert`

Generates and signs a TLS certificate

Parameters

The following parameters are available in the k8s::server::tls::cert defined type:

addn_names
ca_cert
ca_key
cert
cert_path
config
csr
distinguished_name
ensure
extended_key_usage
group
key
key_bits
owner
valid_days

`addn_names`

Data type: K8s::TLS_altnames

The additional names for the certificate

Default value: []

`ca_cert`

Data type: Stdlib::Unixpath

The path to the CA certificate

`ca_key`

Data type: Stdlib::Unixpath

The path to the CA key

`cert`

Data type: Stdlib::Unixpath

The path to the certificate file

Default value: "${cert_path}/${title}.pem"

`cert_path`

Data type: Stdlib::Unixpath

The path to the directory where the certificate will be stored

`config`

Data type: Stdlib::Unixpath

The path to the OpenSSL config file

Default value: "${cert_path}/${title}.cnf"

`csr`

Data type: Stdlib::Unixpath

The path to the CSR file

Default value: "${cert_path}/${title}.csr"

`distinguished_name`

Data type: Hash[String, String]

The distinguished name for the certificate

`ensure`

Data type: K8s::Ensure

Whether the certificate should be present or absent

Default value: present

`extended_key_usage`

Data type: K8s::Extended_key_usage

The extended key usage for the certificate

Default value: ['clientAuth']

`group`

Data type: String[1]

The group of the certificate files

Default value: 'root'

`key`

Data type: Stdlib::Unixpath

The path to the key file

Default value: "${cert_path}/${title}.key"

`key_bits`

Data type: Integer[512]

The number of bits in the key

Default value: 2048

`owner`

Data type: String[1]

The owner of the certificate files

Default value: 'root'

`valid_days`

Data type: Integer[1]

The number of days the certificate should be valid

Default value: 10000

`k8s::server::tls::k8s_sign`

TODO - This should probably be done as a service next to the apiservers

Parameters

The following parameters are available in the k8s::server::tls::k8s_sign defined type:

kubeconfig

`kubeconfig`

Data type: Any

Path to the kubeconfig file

Default value: '/root/.kube/config'

Resource types

`kubeconfig`

Example:

kubeconfig { '/var/lib/kubernetes/utility.conf': ca_cert => '/etc/kubernetes.ca.pem', token => 'utility-token', }

Properties

The following properties are available in the kubeconfig type.

`ensure`

Valid values: present, absent

Whether the kubeconfig should be present or absent (default: present)

Default value: present

Parameters

The following parameters are available in the kubeconfig type.

ca_cert
client_cert
client_key
cluster
context
current_context
embed_certs
group
mode
namespace
owner
password
path
provider
server
skip_tls_verify
tls_server_name
token
token_file
user
username

`ca_cert`

The path to a CA certificate to include in the kubeconfig

`client_cert`

The path to a client certificate to include in the kubeconfig

`client_key`

The path to a client key to include in the kubeconfig

`cluster`

The name of the cluster to manage in the kubeconfig file

Default value: default

`context`

The name of the cluster to manage in the kubeconfig file

Default value: default

`current_context`

The current context to set

`embed_certs`

Valid values: true, false

Should the certificate files be embedded into the kubeconfig file

Default value: true

`group`

The owner of the kubeconfig file

`mode`

The access mode of the kubeconfig file

Default value: 0600

`namespace`

The namespace to default to

Default value: default

`owner`

The owner of the kubeconfig file

`password`

The password of a user

`path`

An arbitrary path used as the identity of the resource.

`provider`

The specific backend to use for this kubeconfig resource. You will seldom need to specify this --- Puppet will usually discover the appropriate provider for your platform.

`server`

The server URL for the cluster

`skip_tls_verify`

Valid values: true, false

Skip verifying the TLS certs for the cluster

Default value: false

`tls_server_name`

Specify an alternate server name to use for TLS verification

`token`

An authentication token for a user

`token_file`

The path to a file containing an authentication token

`user`

The name of the user to manage in the kubeconfig file

Default value: default

`username`

The username of a user

`kubectl_apply`

Example:

To encode the bootstrap token "tokenid.tokensecret" into a Kubernetes secret;

$tokenid = 'tokenid'
$tokensecret = 'tokensecret'
kubectl_apply { "bootstrap-token-${tokenid}":
  namespace   => 'kube-system',
  kubeconfig  => '/root/.kube/config',

  api_version => 'v1,
  kind        => 'Secret',

  content     => {
    type => 'bootstrap.kubernetes.io/token',
    data => {
      'token-id'                       => Binary.new($tokenid, '%s'),
      'token-secret'                   => Binary.new($tokensecret, '%s'),
      'usage-bootstrap-authentication' => 'true',
    },
  },
}

Properties

The following properties are available in the kubectl_apply type.

`ensure`

Valid values: present, absent

Whether the described resource should be present or absent (default: present)

Default value: present

Parameters

The following parameters are available in the kubectl_apply type.

api_version
content
file
kind
kubeconfig
name
namespace
provider
recreate
resource_name
show_diff
update

`api_version`

The apiVersion of the resource

`content`

The resource content, will be used as the base for the resulting Kubernetes resource

Default value: {}

`file`

The local file for the resource

`kind`

The kind of the resource

`kubeconfig`

The kubeconfig file to use for handling the resource

`name`

namevar

The Puppet name of the instance

`namespace`

The namespace the resource is contained in

`provider`

The specific backend to use for this kubectl_apply resource. You will seldom need to specify this --- Puppet will usually discover the appropriate provider for your platform.

`recreate`

Valid values: true, false, yes, no

Should updates be done by removal and recreation

Default value: false

`resource_name`

The name of the resource

`show_diff`

Valid values: true, false, yes, no

Whether to display the difference when the resource changes

Default value: false

`update`

Valid values: true, false, yes, no

Whether to update the resource if the content differs

Default value: true

Functions

`k8s::format_arguments`

Type: Ruby 4.x API

Formats a hash of arguments into something that can be passed to a kubernetes application

`k8s::format_arguments(Hash[String,Data] $arguments)`

Formats a hash of arguments into something that can be passed to a kubernetes application

Returns: Array[String] An array of formatted kubernetes arguments

`arguments`

Data type: Hash[String,Data]

A hash of arguments to format

`k8s::format_url`

Type: Ruby 4.x API

Formats a download URL for K8s binaries

`k8s::format_url(String[1] $url, Hash[String,Data] $components)`

Formats a download URL for K8s binaries

Returns: Any String A valid download URL

`url`

Data type: String[1]

The URL template to format

`components`

Data type: Hash[String,Data]

A hash of additional arguments

`k8s::ip_in_cidr`

Type: Ruby 4.x API

Retrieves an IP inside of a CIDR based on an index

Examples

In 192.168.0.0/24

k8s::ip_in_cidr('192.168.0.0/24', 'first')
# => 192.168.0.1
k8s::ip_in_cidr('192.168.0.0/24', 'second')
# => 192.168.0.2
k8s::ip_in_cidr('192.168.0.0/16', 600)
# => 192.168.1.244

`k8s::ip_in_cidr(Variant[Stdlib::IP::Address::V4::CIDR, Stdlib::IP::Address::V6::CIDR, Array[Variant[Stdlib::IP::Address::V4::CIDR, Stdlib::IP::Address::V6::CIDR]]] $cidr, Optional[Variant[Enum["first","second"], Integer[1]]] $index)`

Retrieves an IP inside of a CIDR based on an index

Returns: String The first IP address in the CIDR

Examples

In 192.168.0.0/24

k8s::ip_in_cidr('192.168.0.0/24', 'first')
# => 192.168.0.1
k8s::ip_in_cidr('192.168.0.0/24', 'second')
# => 192.168.0.2
k8s::ip_in_cidr('192.168.0.0/16', 600)
# => 192.168.1.244

`cidr`

Data type: Variant[Stdlib::IP::Address::V4::CIDR, Stdlib::IP::Address::V6::CIDR, Array[Variant[Stdlib::IP::Address::V4::CIDR, Stdlib::IP::Address::V6::CIDR]]]

The CIDR to work on

`index`

Data type: Optional[Variant[Enum["first","second"], Integer[1]]]

The index of the IP to retrieve

Data types

`K8s::Bootstrap_token`

A Kubernetes bootstrap token, must be 16-characters lowercase alphanumerical

Alias of Pattern[/\A[a-z0-9]{16}\z/]

`K8s::CIDR`

a type to describe one or more IPv4/6 CIDR

Alias of

Variant[Stdlib::IP::Address::V4::CIDR, Stdlib::IP::Address::V6::CIDR, Array[
    Variant[
      Stdlib::IP::Address::V4::CIDR,
      Stdlib::IP::Address::V6::CIDR
    ],
    1
  ]]

`K8s::Container_runtimes`

a type to describe the supported container runtimes

Alias of Enum['crio', 'containerd']

`K8s::Duration`

https://golang.org/pkg/time/#ParseDuration

Alias of Pattern[/^(-?[0-9]+(\.[0-9]+)?(ns|us|µs|ms|s|m|h))+$/]

`K8s::Ensure`

a type to describe the ensure pattern

Alias of Enum['present', 'absent']

`K8s::Extended_key_usage`

a type to describe extended key usage for a TLS certificate

Alias of

Array[Enum[
    'clientAuth',
    'serverAuth'
  ]]

`K8s::Firewall`

a type to describe the type of the firewall to use

Alias of Enum['iptables', 'firewalld']

`K8s::IP_addresses`

a type to describe multiple IP addresses without subnet sizes

Alias of

Variant[Stdlib::IP::Address::Nosubnet, Array[
    Stdlib::IP::Address::Nosubnet,
    1
  ]]

`K8s::Native_packaging`

a type to describe Kubernetes native packaging methods

Note hyperkube is a legacy name for single-binary packages

Alias of Enum['package', 'tarball', 'loose', 'hyperkube', 'manual']

`K8s::Node_auth`

a type to describe node/kubelet authentication methods

Alias of Enum['cert', 'token', 'bootstrap']

`K8s::PortRange`

This regexp matches port range values

Alias of Pattern[/^[0-9]+(-[0-9]+)?$/]

`K8s::Proxy_auth`

a type to describe kube-proxy authentication methods

Alias of Enum['cert', 'token', 'incluster']

`K8s::Proxy_method`

a type to describe how kube-proxy should be deployed

Alias of

Variant[Enum[
    'on-node',
    'in-cluster',
  ], Boolean]

`K8s::Quantity`

This regexp matches quantities, like those for resource requests/limits

Alias of Pattern[/^[+-]?([0-9]+|[0-9]+\.[0-9]{1,3}|\.[0-9]{1,3}|[0-9]+\.)([KMGTPE]i|[mkMGTPE]|[eE][0-9]+(\.[0-9]+)?)?$/]

`K8s::TLS_altnames`

a type to describe TLS alternative names in certificates

Alias of

Array[Variant[
    Stdlib::Fqdn,
    Stdlib::IP::Address::Nosubnet,
  ]]

`K8s::Timestamp`

This regexp matches RFC3339 timestamps, the same as what Kubernetes expects to find

Alias of Pattern[/^([0-9]+)-(0[1-9]|1[012])-(0[1-9]|[12][0-9]|3[01])[Tt]([01][0-9]|2[0-3]):([0-5][0-9]):([0-5][0-9]|60)(\.[0-9]+)?([Zz]|[+-]([01][0-9]|2[0-3]):[0-5][0-9])$/]

`K8s::URI`

This regexp matches URI values

Alias of Pattern[/^[a-z]+:\/\//]

`K8s::Version`

A type for handling Kubernetes version numbers

Alias of Pattern[/^(\d+\.){2}\d+$/]

Files

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Latest commit

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Reference

Table of Contents

Classes

Defined types

Resource types

Functions

Data types

Classes

k8s

Parameters

api_service_address

cluster_cidr

cluster_domain

container_image_tag

container_manager

container_registry

container_runtime_service

containerd_package

control_plane_url

crictl_package

crio_package

dns_service_address

ensure

etcd_cluster_name

etcd_version

firewall_type

gid

group

hyperkube_name

incluster_control_plane_url

manage_container_manager

manage_etcd

manage_firewall

manage_image

manage_kernel_modules

manage_kube_proxy

manage_packages

manage_repo

manage_sysctl_settings

native_packaging

native_url_template

node_auth

package_template

packaging

puppetdb_discovery

puppetdb_discovery_tag

purge_manifests

role

runc_version

service_cluster_cidr

sysconfig_path

tarball_url_template

uid

user

version

k8s::install::cni_plugins

Parameters

ensure

method

version

download_url_template

k8s::install::container_runtime

Parameters

container_manager

containerd_package

crio_package

k8s_version

manage_repo

package_ensure

runc_version

k8s::install::crictl

Parameters

ensure

version

`k8s`

`api_service_address`

`cluster_cidr`

`cluster_domain`

`container_image_tag`

`container_manager`

`container_registry`

`container_runtime_service`

`containerd_package`

`control_plane_url`

`crictl_package`

`crio_package`

`dns_service_address`

`ensure`

`etcd_cluster_name`

`etcd_version`

`firewall_type`

`gid`

`group`

`hyperkube_name`

`incluster_control_plane_url`

`manage_container_manager`

`manage_etcd`

`manage_firewall`

`manage_image`

`manage_kernel_modules`

`manage_kube_proxy`

`manage_packages`

`manage_repo`

`manage_sysctl_settings`

`native_packaging`

`native_url_template`

`node_auth`

`package_template`

`packaging`

`puppetdb_discovery`

`puppetdb_discovery_tag`

`purge_manifests`

`role`

`runc_version`

`service_cluster_cidr`

`sysconfig_path`

`tarball_url_template`

`uid`

`user`

`version`

`k8s::install::cni_plugins`

`ensure`

`method`

`version`

`download_url_template`

`k8s::install::container_runtime`

`container_manager`

`containerd_package`

`crio_package`

`k8s_version`

`manage_repo`

`package_ensure`

`runc_version`

`k8s::install::crictl`

`ensure`

`version`

`config`

`crictl_package`

`manage_repo`

`download_url_template`

`k8s::install::kubeadm`

`ensure`

`k8s::install::kubectl`

`ensure`

`k8s::node`

`ca_cert`

`cert_path`

`control_plane_url`

`ensure`

`firewall_type`

`manage_crictl`

`manage_firewall`

`manage_kernel_modules`

`manage_kubelet`