sample-ansible-vars.yaml

# Ansible items
ansible_user     : ""
ansible_password : ""

# VM items
vm_os   : "ubuntu" # Choices : [ubuntu] - Ubuntu 22.04 LTS
vm_arch : "amd64"  # Choices : [amd64] - 64-bit OS / ???

# System items
enable_cgroup_v2    : true     # TODO - If needed hookup or remove flag
system_ssh_keys_dir : "~/.ssh" # Directory holding public keys to be used on each system

# Generic items
prefix          : ""
deployment_type : "" # Values are : [bare_metal|vsphere]

# Kubernetes - Common
#
# TODO: kubernetes_upgrade_allowed needs to be implemented to either
#       add or remove locks on the kubeadm, kubelet, kubectl packages
#
kubernetes_cluster_name    : "{{ prefix }}-oss" # NOTE: only change the prefix value above
kubernetes_version         : ""
kubernetes_upgrade_allowed : true
kubernetes_arch            : "{{ vm_arch }}"
kubernetes_cni             : "calico"        # Choices : [calico]
kubernetes_cni_version     : "3.28.0"        # Choices : [3.28.0]
kubernetes_cri             : "containerd"    # Choices : [containerd]
kubernetes_cri_version     : "1.6.28"        # Choices : [1.6.28]
kubernetes_service_subnet  : ""
kubernetes_pod_subnet      : ""

# Kubernetes - VIP : https://kube-vip.io
#
# Useful links:
#
#   VIP IP                      : https://kube-vip.io/docs/installation/static/
#
kubernetes_vip_version              : "0.7.1"
kubernetes_vip_ip                   : ""
kubernetes_vip_fqdn                 : ""

# Kubernetes - Load Balancer
#
# Load Balancer Type
#
# NOTE: To support SingleStore usage in the viya4-iac-k8s code base
#       you need to set the value of the kubernetes_loadbalancer to
#       metallb. Setting this value to anything other than metallb will
#       create a cluster that will not work with Single Store.
#
kubernetes_loadbalancer : "" # Load Balancer accepted values [kube_vip,metallb]

# Load Balancer Addresses
#
# Examples for each load balancer type can be found here:
#
#  kube-vip address format : https://kube-vip.io/docs/usage/cloud-provider/#the-kube-vip-cloud-provider-configmap
#  MetalLB address format  : https://metallb.universe.tf/configuration/#layer-2-configuration
#
#    kube-vip sample:
#
#      kubernetes_loadbalancer_addresses :
#        - "cidr-default: 192.168.0.200/29"                  # CIDR-based IP range for use in the default Namespace
#        - "range-development: 192.168.0.210-192.168.0.219"  # Range-based IP range for use in the development Namespace
#        - "cidr-finance: 192.168.0.220/29,192.168.0.230/29" # Multiple CIDR-based ranges for use in the finance Namespace
#        - "cidr-global: 192.168.0.240/29"                   # CIDR-based range which can be used in any Namespace
#
#    MetalLB sample:
#
#      kubernetes_loadbalancer_addresses :
#        - "192.168.10.0/24"
#        - "192.168.9.1-192.168.9.5"
#
#  NOTE: If you are assigning a static IP using the loadBalancerIP value in your
#        load balancer controller when using `metallb` that IP must fall within the
#        address range you provide below. If you are using `kube_vip` you do not
#        have this limitation.
#
kubernetes_loadbalancer_addresses : []

# Kubernetes - Control Plane
control_plane_ssh_key_name : "cp_ssh"

# Labels/Taints
#
#   The label names match the host names to apply these items
#   If the node names do not match you'll have to apply these
#   taints/labels by hand.
#
#   The format the label block is:
#
#       node_labels:
#         <node name pattern>:
#           - <label>
#           - <label>
#
#       The format the taint block is:
#
#       node_taints:
#         <node name pattern>:
#           - <taint>
#           - <taint>
#
#   NOTE: There are no quotes around the label and taint elements
#         These are literal converted to strings when applying
#         into the cluster
#

## Labels
node_labels:
  cas:
    - workload.sas.com/class=cas
  compute:
    - launcher.sas.com/prepullImage=sas-programming-environment
    - workload.sas.com/class=compute
  singlestore:
    - workload.sas.com/class=singlestore
  stateful:
    - workload.sas.com/class=stateful
  stateless:
    - workload.sas.com/class=stateless
  system:
    - kubernetes.azure.com/mode=system

## Taints
node_taints:
  cas:
    - workload.sas.com/class=cas:NoSchedule
  compute:
    - workload.sas.com/class=compute:NoSchedule
  singlestore:
    - workload.sas.com/class=singlestore:NoSchedule
  stateful:
    - workload.sas.com/class=stateful:NoSchedule
  stateless:
    - workload.sas.com/class=stateless:NoSchedule

# Jump Server
jump_ip : ""

# NFS Server
nfs_ip  : ""