IMPORTANT: don't forget to destroy after experiment:
terraform destroy --var-file <provider>/terraform.tfvars <provider>
The Tank infrastructure is ready to be deployed in the AWS, Microsoft Azure and OpenStack cloud platforms. Terraform provisions the infrastructure and Ansible will setup the needed software components.
- This repo uses submodules. For cloning use
git clone --recursive - Keep in mind only one cloud can be used in one terraform workspace
The following steps are needed to setup everything up:
- You will need a working AWS CLI (setup using
aws configure). - Set necessary variables in
./aws/terraform.tfvars. The docker login is needed to pull the tank image. - Keyfile
~/.ssh/id_rsais used by default, otherwise setkeyfilevariable in.tfvars. - Set number of nodes, instance_type or other variables as needed.
terraform init ./awsto setup terraform environmentterraform apply --var-file aws/terraform.tfvars awsso setup infrastructre in AWS
- You will need a working AZ CLI (setup using
az login). - Set necessary variables in
./azure/terraform.tfvars. The docker login is needed to pull the tank image. - Set number of nodes, instance_type or other variables as needed.
terraform ini ./azureto setup terraform environmentterraform apply --var-file azure/terraform.tfvars azureso setup infrastructre in Azure
- You will need a working OpenStack CLI (setup using
source ./PROJECT-openrc.sh). - Set necessary variables in
./openstack/terraform.tfvars. The docker login is needed to pull the tank image. - Set number of nodes, instance_type or other variables as needed.
terraform init ./openstackto setup terraform environmentterraform apply --var-file openstack/terraform.tfvars openstackso setup infrastructre in OpenStack
- Wait until instances are running
ansible-playbook -i ./ansible/cloud-hosts ansible/site.ymlto provision tank and needed components on nodes.- A simple NGINX load balancer is then running on the gateway virtual machine.