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TuringQ - Migration

Commands

Root Package

  • Setting up dependencies for all packages
npm run setup

Lerna

  • Creating new packages
lerna create <package>
  • Adding dependencies or packages to a specific package
lerna add <dependency/package> --scope <package>
  • Listing all packages
lerna list

Run - Frontend

cd packages/frontend
npm run start

Run - Core

cd packages/core
docker-compose --env-file .env.docker up -d
npm run dev

Run - PGAdmin4

docker run -p 9200:80 -e "[email protected]" -e "PGADMIN_DEFAULT_PASSWORD=postgres" --add-host=host.docker.internal:host-gateway -d  dpage/pgadmin4

UP Kind

  1. Delele old cluster
kind delete clusters turingq-local
  1. Create Registry
cd resources/registry
docker-compose up -d
  1. Recreate the cluster Kind and configure Ingress
cd ../kubernetes

sh create-kind-cluster.sh

kubectl apply -f ../ingress/k8s/setup.yml

kubectl wait --namespace ingress-nginx \
  --for=condition=ready pod \
  --selector=app.kubernetes.io/component=controller \
  --timeout=90s
  
kubectl apply -f ../ingress/k8s/ingress.yml
  1. Up authorizer:
  • If no have container registry in Docker before, execute: 
    npm run deploy:local:authorizer
  • Or, execute: 
    npm run kubernetes:setup:authorizer
  1. Get KEYCLOAK_REALM_TOKEN_SIGNATURE_PUBLIC_KEY env in Keycloak
  • Access http://localhost:9090/auth/
  • Copy Realm Settings -> Keys -> RS256 - SIG
  • Set KEYCLOAK_REALM_TOKEN_SIGNATURE_PUBLIC_KEY in files:
    • packages/core/k8s/core/config-map.yml
    • packages/questions/k8s/questions/config-map.yml
  1. Up RabbitMq
npm run kubernetes:setup:message-broker
  1. Deploy apps
  • If no have container registry in Docker before, execute: 
    npm run deploy:local:core
npm run deploy:local:frontend
npm run deploy:local:questions
  • Or, execute: 
    npm run kubernetes:setup:core
npm run kubernetes:setup:frontend
npm run kubernetes:setup:questions

UP AWS - EKS

  1. Config .env
cp .env.example .env

Edit values: AWS_ACCOUNT_ID and AWS_REGION

  1. Login in AWS - ECR
npm run docker:prod:login

  1. In AWS platform, create registries in ECR: authorizer-config, turingq-core, turingq-frontend, turingq-questions and turingq-subscriptions

  2. Send images to ECR

npm run docker:prepare-prod-image:authorizer-config
npm run docker:prepare-prod-image:core
npm run docker:prepare-prod-image:frontend
npm run docker:prepare-prod-image:questions
npm run docker:prepare-prod-image:subscriptions
  1. Create cluster EKS
eksctl create cluster --config-file resources/aws/cluster.yml
  • Obs.: To destroy the cluster
eksctl delete cluster --config-file resources/aws/cluster.yml
  1. Config ${REPO_HOST}
export REPO_HOST=${AWS_ACCOUNT_ID}.dkr.ecr.us-east1.amazonaws.com

Obs.: Change value ${AWS_ACCOUNT_ID} to your aws account id

  1. Create ingress
kubectl apply -f https://raw.githubusercontent.com/kubernetes/ingress-nginx/controller-v1.1.1/deploy/static/provider/aws/deploy.yaml

Obs.: Verify ingress

kubectl wait --namespace ingress-nginx \
  --for=condition=ready pod \
  --selector=app.kubernetes.io/component=controller \
  --timeout=120s
  1. Create ingress for the services
kubectl apply -f resources/ingress/k8s/ingress.yml
kubectl get svc --namespace=ingress-nginx

  1. Change values of secrets keys

  2. Configure "rootUrl", "redirectUris" and "webOrigins" of packages/authorizer/config/turingq-prod.json to Load Balancer URL (kubectl get svc --namespace=ingress-nginx)

  3. Run

npm run docker:prepare-prod-image:authorizer-config
  1. Deploy Authorizer
npm run kubernetes:setup:authorizer
  1. Get KEYCLOAK_REALM_TOKEN_SIGNATURE_PUBLIC_KEY env in Keycloak
  • Access Keycloak ${REPO_HOST}/auth
  • Copy Realm Settings -> Keys -> RS256 - SIG
  • Set KEYCLOAK_REALM_TOKEN_SIGNATURE_PUBLIC_KEY in files:
    • packages/core/k8s/core/config-map.yml
    • packages/questions/k8s/questions/config-map.yml
  1. In packages/frontend change .env.production.local:
  • REACT_APP_API_BASE_URL: '${REPO_HOST}/api'
  • REACT_APP_AUTH_SERVER_URL: '${REPO_HOST}/auth/'
  1. Build the image frontend and send to ECR:
npm run docker:prepare-prod-image:frontend

  1. Config envs of config-maps

  2. Deploy the services:

npm run kubernetes:setup:message-broker
npm run kubernetes:setup:frontend
npm run kubernetes:setup:core
npm run kubernetes:setup:questions
npm run kubernetes:setup:subscriptions