Cluster API Provider AWS

Build the controller

Update dependencies if needed:

make deps

Then:

cd cmd
go build

Test the actuator standalone

Run the expected prebuild environment:

create an aws iam profile/role named openshift_node_describe_instances
create an aws iam profile/role named openshift_master_launch_instances
create an aws ssh key named actuator
cd aws-actuator-test/prebuild
terraform apply

Then:

cd aws-actuator-test
go build
./aws-actuator-test create test
./aws-actuator-test exists test
./aws-actuator-test delete test

Test the actuator along with the machine controller and the cluster API on minikube

Run the expected prebuild environment as above. Then:

minikube start
eval $(minikube docker-env)

Change source code and:

make aws-machine-controller-image

Add your aws credentials to the addons.yaml file in base64 format:

echo -n 'your_id' | base64
echo -n 'your_key' | base64

Deploy the comoponents:

kubectl apply examples/addons.yaml
kubectl apply examples/cluster-api-server.yaml
kubectl apply examples/provider-components.yml

Deploy the machines:

kubectl apply examples/machine.yaml --validate=false

or alternatively:

kubectl apply examples/machine-set.yaml --validate=false

Run it with Cluster API clusterctl

Include the aws provider https://github.com/enxebre/cluster-api/blob/master/clusterctl/cmd/create_cluster.go#L160

dep ensure
cd clusterctl

Follow the docs https://github.com/enxebre/cluster-api/tree/master/clusterctl

go build
./clusterctl create cluster --provider aws -c cluster.yaml -m machines.yaml -p provider-components.yaml -a addons.yaml