https://boardgamegeek.com/boardgame/39856/dixit

One player is the storyteller for the turn and looks at the images on the 6 cards in her hand. From one of these, they makes up a sentence and says it out loud (without showing the card to the other players).

Each other player selects the card in their hands which best matches the sentence and gives the selected card to the storyteller, without showing it to the others.

The storyteller shuffles her card with all the received cards. All pictures are shown face up and every player has to bet upon which picture was the storyteller's.

If nobody or everybody finds the correct card, the storyteller scores 0, and each of the other players scores 2. Otherwise the storyteller and whoever found the correct answer score 3. Players score 1 point for every vote for their own card.

The game ends when the deck is empty or if a player scores 30 points. In either case, the player with the most points wins the game.

• Kubernetes: Nginx Ingress via NodePort
• Terraform: Google Cloud Platform
• .Net Core: SignalR, FaunaDB, GraphQL, MediatR
• React: Theme UI styled components, based off Shopify's Polaris design system
• JAMStack: Netlify for static site hosting
• CircleCI for docker image builds and deployments

1. Generate auth token and create a secret using dockerhub credentials
   kubectl create secret generic regcred --from-file=.dockerconfigjson=<path/to/.docker config.json> --type=kubernetes.io/dockerconfigjson
2. Install Ingress-Nginx for local development using your flavour of choice (this project uses Docker for Mac & NodePort). https://kubernetes.github.io/ingress-nginx/deploy/
3. Build docker containers in Client and Server
4. kubectl apply -f Kubernetes
5. (If exposing ingress through default NodePort configuration) Get the NodePort allocated to the ingress service
   kubectl -n ingress-nginx get svc
6. (If using loadbalancer.yml config) check the nodeport configurations (80:30000, 443:30001)

• 1 preemptible node + 1 node taint for ingress controller
• kubeip for static external IP on node
• For info: https://devonblog.com/containers/affordable-kubernetes-cluster/