k3s-ansible/inventory/sample/group_vars/all.yml

---
k3s_version: v1.36.2+k3s1
# this is the user that has ssh access to these machines
ansible_user: ansibleuser
systemd_dir: /etc/systemd/system

# Set your timezone
system_timezone: Your/Timezone

# interface which will be used for flannel
flannel_iface: eth0

# uncomment calico_iface to use tigera operator/calico cni instead of flannel https://docs.tigera.io/calico/latest/about
# calico_iface: "eth0"
calico_ebpf: false # use eBPF dataplane instead of iptables
calico_tag: v3.32.1 # calico version tag

# uncomment cilium_iface to use cilium cni instead of flannel or calico
# ensure v4.19.57, v5.1.16, v5.2.0 or more recent kernel
# cilium_iface: "eth0"
cilium_mode: native # native when nodes are on the same subnet or use BGP, otherwise set tunnel
cilium_tag: v1.20.0 # cilium version tag
cilium_cli_tag: v0.19.7 # cilium cli version tag
cilium_hubble: true # enable hubble observability relay and ui

# if using calico or cilium, you may specify the cluster pod cidr pool
cluster_cidr: 10.52.0.0/16

# enable cilium bgp control plane for lb services and pod cidrs. disables metallb.
cilium_bgp: false

# bgp parameters for cilium cni. only active when cilium_iface is defined and cilium_bgp is true.
cilium_bgp_my_asn: "64513"
cilium_bgp_peer_asn: "64512"
cilium_bgp_peer_address: 192.168.30.1
cilium_bgp_lb_cidr: 192.168.31.0/24 # cidr for cilium loadbalancer ipam

# enable kube-vip ARP broadcasts
kube_vip_arp: true

# enable kube-vip BGP peering
kube_vip_bgp: false

# bgp parameters for kube-vip
kube_vip_bgp_routerid: "127.0.0.1"  # Defines the router ID for the BGP server
kube_vip_bgp_as: "64513"  # Defines the AS for the BGP server
kube_vip_bgp_peeraddress: "192.168.30.1"  # Defines the address for the BGP peer
kube_vip_bgp_peeras: "64512"  # Defines the AS for the BGP peer

# apiserver_endpoint is virtual ip-address which will be configured on each master
apiserver_endpoint: 192.168.30.222

# k3s_token is required  masters can talk together securely
# this token should be alpha numeric only
k3s_token: some-SUPER-DEDEUPER-secret-password

# The IP on which the node is reachable in the cluster.
# Here, a sensible default is provided, you can still override
# it for each of your hosts, though.
k3s_node_ip: "{{ ansible_facts[(cilium_iface | default(calico_iface | default(flannel_iface)))]['ipv4']['address'] }}"

# Disable the taint manually by setting: k3s_master_taint = false
k3s_master_taint: "{{ true if groups['node'] | default([]) | length >= 1 else false }}"

# these arguments are recommended for servers as well as agents:
extra_args: >-
  {{ '--flannel-iface=' + flannel_iface if calico_iface is not defined and cilium_iface is not defined else '' }}
  --node-ip={{ k3s_node_ip }}

# change these to your liking, the only required are: --disable servicelb, --tls-san {{ apiserver_endpoint }}
# the contents of the if block is also required if using calico or cilium
extra_server_args: >-
  {{ extra_args }}
  {{ '--node-taint node-role.kubernetes.io/master=true:NoSchedule' if k3s_master_taint else '' }}
  {% if calico_iface is defined or cilium_iface is defined %}
  --flannel-backend=none
  --disable-network-policy
  --cluster-cidr={{ cluster_cidr | default('10.52.0.0/16') }}
  {% endif %}
  --tls-san {{ apiserver_endpoint }}
  --disable servicelb
  --disable traefik

extra_agent_args: >-
  {{ extra_args }}

# image tag for kube-vip
kube_vip_tag_version: v1.2.2

# tag for kube-vip-cloud-provider manifest
# kube_vip_cloud_provider_tag_version: "v0.0.12"

# kube-vip ip range for load balancer
# (uncomment to use kube-vip for services instead of MetalLB)
# kube_vip_lb_ip_range: "192.168.30.80-192.168.30.90"

# metallb type frr or native
metal_lb_type: native

# metallb mode layer2 or bgp
metal_lb_mode: layer2

# bgp options
# metal_lb_bgp_my_asn: "64513"
# metal_lb_bgp_peer_asn: "64512"
# metal_lb_bgp_peer_address: "192.168.30.1"

# image tag for metal lb
metal_lb_speaker_tag_version: v0.16.0
metal_lb_controller_tag_version: v0.16.0

# metallb ip range for load balancer
metal_lb_ip_range: 192.168.30.80-192.168.30.90

# Only enable if your nodes are proxmox LXC nodes, make sure to configure your proxmox nodes
# in your hosts.ini file.
# Please read https://gist.github.com/triangletodd/02f595cd4c0dc9aac5f7763ca2264185 before using this.
# Most notably, your containers must be privileged, and must not have nesting set to true.
# Please note this script disables most of the security of lxc containers, with the trade off being that lxc
# containers are significantly more resource efficient compared to full VMs.
# Mixing and matching VMs and lxc containers is not supported, ymmv if you want to do this.
# I would only really recommend using this if you have particularly low powered proxmox nodes where the overhead of
# VMs would use a significant portion of your available resources.
proxmox_lxc_configure: false
# the user that you would use to ssh into the host, for example if you run ssh some-user@my-proxmox-host,
# set this value to some-user
proxmox_lxc_ssh_user: root
# the unique proxmox ids for all of the containers in the cluster, both worker and master nodes
proxmox_lxc_ct_ids:
  - 200
  - 201
  - 202
  - 203
  - 204

# Only enable this if you have set up your own container registry to act as a mirror / pull-through cache
# (harbor / nexus / docker's official registry / etc).
# Can be beneficial for larger dev/test environments (for example if you're getting rate limited by docker hub),
# or air-gapped environments where your nodes don't have internet access after the initial setup
# (which is still needed for downloading the k3s binary and such).
# k3s's documentation about private registries here: https://docs.k3s.io/installation/private-registry
custom_registries: false
# The registries can be authenticated or anonymous, depending on your registry server configuration.
# If they allow anonymous access, simply remove the following bit from custom_registries_yaml
#   configs:
#     "registry.domain.com":
#       auth:
#         username: yourusername
#         password: yourpassword
# The following is an example that pulls all images used in this playbook through your private registries.
# It also allows you to pull your own images from your private registry, without having to use imagePullSecrets
# in your deployments.
# If all you need is your own images and you don't care about caching the docker/quay/ghcr.io images,
# you can just remove those from the mirrors: section.
custom_registries_yaml: |
  mirrors:
    docker.io:
      endpoint:
        - "https://registry.domain.com/v2/dockerhub"
    quay.io:
      endpoint:
        - "https://registry.domain.com/v2/quayio"
    ghcr.io:
      endpoint:
        - "https://registry.domain.com/v2/ghcrio"
    registry.domain.com:
      endpoint:
        - "https://registry.domain.com"

  configs:
    "registry.domain.com":
      auth:
        username: yourusername
        password: yourpassword

# On some distros like Diet Pi, there is no dbus installed. dbus required by the default reboot command.
# Uncomment if you need a custom reboot command
# custom_reboot_command: /usr/sbin/shutdown -r now

# Only enable and configure these if you access the internet through a proxy
# proxy_env:
#   HTTP_PROXY: "http://proxy.domain.local:3128"
#   HTTPS_PROXY: "http://proxy.domain.local:3128"
#   NO_PROXY: "*.domain.local,127.0.0.0/8,10.0.0.0/8,172.16.0.0/12,192.168.0.0/16"