Rolemaster Unified Frontend

Microfront-end based implementation with Rolemaster Unified’s React.

Modules

Module	Repository	Local
API Core	https://github.com/labcabrera/rmu-api-core	http://localhost:3001/v1
API Strategic	https://github.com/labcabrera/rmu-api-strategic	http://localhost:3002/v1
API Tactical	https://github.com/labcabrera/rmu-api-tactical	http://localhost:3003/v1
API NPC	https://github.com/labcabrera/rmu-api-npc	http://localhost:3004/v1
API Attack Tables	https://github.com/labcabrera/rmu-api-attack-tables	http://localhost:3005/v1
API Items	https://github.com/labcabrera/rmu-api-npc	http://localhost:3006/v1
MicroFrontend Host	https://github.com/labcabrera/rmu-fe-host	http://localhost:8080
MicroFrontend Strategic	https://github.com/labcabrera/rmu-fe-strategic	http://localhost:8082/strategic
MicroFrontend Tactical	https://github.com/labcabrera/rmu-fe-tactical	http://localhost:8083/tactical
MicroFrontend NPC	https://github.com/labcabrera/rmu-fe-npc	http://localhost:8084/npc

Local execution

We can directly start the application with Node:

npm install -y

npm start

Minikube

Create image and push to docker hub

docker build -t labcabrera/rmu-fe-host:latest .

docker push labcabrera/rmu-fe-host:latest

Configuration with argocd

minikube start

minikube dashboard

kubectl create namespace rmu-main

# enable ingress
minikube addons enable ingress

kubectl create namespace argocd

kubectl apply -n argocd -f https://raw.githubusercontent.com/argoproj/argo-cd/stable/manifests/install.yaml

kubectl get pods -n argocd

kubectl patch svc argocd-server -n argocd -p '{"spec": {"type": "NodePort"}}'

# check port
kubectl get svc -n argocd

# get service url
minikube service argocd-server -n argocd

minikube service rmu-fe-host-service -n rmu-main

minikube delete