This repo contains scripts that will allow you to quickly deploy and test Rancher for POC. The contents aren't intended for production but are here to get you up and going with running Rancher Server for a POC and to help show the functionality
The DO folder contains terraform code to stand up a single Rancher server instance with a 3 node cluster attached to it.
This terraform setup will:
- Start a droplet running
rancher/rancher
version specified inrancher_version
- Create a custom cluster called
cluster_name
- Start
count_agent_all_nodes
amount of droplets and add them to the custom cluster with all roles
- Clone this repository and go into the DO subfolder
- Move the file
terraform.tfvars.example
toterraform.tfvars
and edit (see inline explanation) - Run
terraform init
- Run
terraform apply
When provisioning has finished you will be given the url to connect to the Rancher Server
To remove the VM's that have been deployed run terraform destroy --force
- Start
count_agent_etcd_nodes
amount of droplets and add them to the custom cluster with etcd role - Start
count_agent_controlplane_nodes
amount of droplets and add them to the custom cluster with controlplane role - Start
count_agent_worker_nodes
amount of droplets and add them to the custom cluster with worker role
Please be aware that you will be responsible for the usage charges with Digital Ocean
The vagrant folder contains a vagrant code to stand up a single Rancher server instance with a 3 node cluster attached to it.
The pre-requistes for this are vagrant and virtualbox, installed on the PC you intend to run it on, and 6GB free memory
- Clone this repository and go into the vagrant subfolder
- Run
vagrant up
When provisioning is finished the Rancher UI will become accessible on http://172.22.101.101 the default password is admin
, but this can be updated in the config.yaml file.
To remove the VM's that have been deployed run vagrant destroy -f
The aws folder contains terraform code to stand up a single Rancher server instance with a 1 node cluster attached to it.
You will need the following:
- An AWS Account with an access key and secret key
- The name of a pre-created AWS Key Pair
- Your desired AWS Deployment Region
This terraform setup will:
- Start an Amazon AWS EC2 instance running
rancher/rancher
version specified inrancher_version
- Create a custom cluster called
cluster_name
- Start
count_agent_all_nodes
amount of AWS EC2 instances and add them to the custom cluster with all roles
- Clone this repository and go into the aws subfolder
- Move the file
terraform.tfvars.example
toterraform.tfvars
and edit (see inline explanation) - Run
terraform init
- Run
terraform apply
When provisioning has finished you will be given the url to connect to the Rancher Server
To remove the VM's that have been deployed run terraform destroy --force
- Start
count_agent_all_nodes
amount of AWS EC2 Instances and add them to the custom cluster with all role - Start
count_agent_etcd_nodes
amount of AWS EC2 Instances and add them to the custom cluster with etcd role - Start
count_agent_controlplane_nodes
amount of AWS EC2 Instances and add them to the custom cluster with controlplane role - Start
count_agent_worker_nodes
amount of AWS EC2 Instances and add them to the custom cluster with worker role
Please be aware that you will be responsible for the usage charges with Amazon AWS