fbea6d2d35
We've been merging quite a few improvements for Ocatavia chart recently but we've been skipping testing them. This PS adds the Octavia test case which tests the simplest load balancing env with two workload instances and one amphora instance. The PS also brings some changes to the Octavia chart: - Run driver agent as a separate deployment on network nodes - Run worker as a daemonset (same as health manager) on network nodes. It creates an interface attached to the Octavia management network to get access to amophora instances. Change-Id: Id12e30eb7aac432e3f12b83e1f93d98e54c503cf Signed-off-by: Vladimir Kozhukalov <kozhukalov@gmail.com>
This role is used to deploy test environment which includes
- install necessary prerequisites including Helm
- deploy Containerd and a container runtime for Kubernetes
- deploy Kubernetes using Kubeadm with a single control plane node
- install Calico as a Kubernetes networking
- establish tunnel between primary node and K8s control plane ndoe
The role works both for single-node and multi-node inventories. The role
totally relies on inventory groups. The primary and k8s_control_plane
groups must include only one node and this can be the same node for these two
groups.
The primary group is where we install kubectl and helm CLI tools.
You can consider this group as a deployer's machine.
The k8s_control_plane is where we deploy the K8s control plane.
The k8s_cluster group must include all the K8s nodes including control plane
and worker nodes.
In case of running tests on a single-node environment the group k8s_nodes
must be empty. This means the K8s cluster will consist of a single control plane
node where all the workloads will be running.
See for example:
all:
vars:
ansible_port: 22
ansible_user: ubuntu
ansible_ssh_private_key_file: /home/ubuntu/.ssh/id_rsa
ansible_ssh_extra_args: -o StrictHostKeyChecking=no
hosts:
primary:
ansible_host: 10.10.10.10
node-1:
ansible_host: 10.10.10.11
node-2:
ansible_host: 10.10.10.12
node-3:
ansible_host: 10.10.10.13
children:
primary:
hosts:
primary:
k8s_cluster:
hosts:
node-1:
node-2:
node-3:
k8s_control_plane:
hosts:
node-1:
k8s_nodes:
hosts:
node-2:
node-3: