This project is meant to automate the paving of TSB Multi-cluster environments for common demo scenarios. At the end of the installation you'll end up with TSB deployed and configured, a sample application deployed across up to 6 mult-region and multi-cloud clusters, a VM integrated into one of the meshes serving app traffic, and a Tier 1 Gateway handling edge ingress and load balancing.
It should look like this:
This demo install is opinionated in that it fully utilizes GCP for core service but can deploy to all 3 major clouds. It also makes the following assumptions:
- A GCP account key json stored to local disk
- A GCP Cloud DNS zone created for use in DNS of management and demo application.
- EKSCTL cli installed. (if deploying to AWS)
- Azure
azCLI installed. (if deploying to Azure) - A certificate generated for you application traffic (e.g. a cert, private key, root, and cert-chain)
- tctl CLI installed
- Docker installed and logged into your private repository you will utilize for TSB images
- gcloud CLI installed and initialized
- kubectl installed
- yq version 3.4.1 installed
The installation script should be completely idempotent. There are cases where things time out or it takes a little to long for pods to start up and the script gets into a bad state. Simply kill the script and restart it.
- Make a copy of
var.yaml.examplenamedvars.yaml. In reality you can name this anything, but .gitignore is configured ignore vars.yaml. You must set an environment variable indicating where your vars.yaml is located.
export VARS_YAML=~/dev/tsb-multicluster/vars.yaml - Update
vars.yamlto reflect your cloud environments and desired configuration. - Execute the install script
source ./scripts/install.sh