[all]
%{for host in masters~}
${host.hostname} ansible_host=${host.ip} etcd_member_name=${host.name}
%{endfor~}
%{for host in workers~}
${host.hostname} ansible_host=${host.ip}
%{endfor~}

[all:vars]
ansible_become=yes
ansible_user=nicolas
ansible_ssh_extra_args='-o StrictHostKeyChecking=no'

# Store the .kube/config file locally
kubeconfig_localhost=true

# Configure the Load Balancer in front of the api-server
loadbalancer_apiserver={"address":"${lb_node.ip}","port":6443}
apiserver_loadbalancer_domain_name=${api_endpoint}

[kube-node:vars]
# Add a label to all worker nodes
node_labels={"worker": "true"}

[k8s-cluster:vars]
# Enable the Nginx ingress controller
ingress_nginx_enabled=true
ingress_nginx_nodeselector={"worker":"true"}

# Enable the Kubernetes dashboard
dashboard_enabled=true

# ## configure a bastion host if your nodes are not directly reachable
# [bastion]
# bastion ansible_host=x.x.x.x ansible_user=some_user

# When kube-node contains etcd, you define your etcd cluster to be as well
# schedulable for Kubernetes workloads. If you want it a standalone, make
# sure those groups do not intersect. If you want the server to act both as
# master and node, the server must be defined on both groups kube-master and
# kube-node. If you want a standalone and unschedulable master, the server
# must be defined only in the kube-master and not kube-node.

[kube-master]
%{for host in masters~}
${host.hostname}
%{endfor~}

[etcd]
%{for host in masters~}
${host.hostname}
%{endfor~}

[kube-node]
%{for host in workers~}
${host.hostname}
%{endfor~}

[calico-rr]

[k8s-cluster:children]
kube-master
kube-node
calico-rr