nbisweden/gc-bp-helm

Helm chart for grand challenge

Grand-challenge helm charts

This is a first approximation of grand-challenge helm charts, building on the docker setup provided byt the GC project.

Base repository

This builds on the Grand-challenge repo https://github.com/comic/grand-challenge.org

Image refresh

A docker pull of the original image should present a line like Digest: sha256:... you can just pick the digest from there.

Development setup

Setup Minikube

minikube start 
minikube addons enable ingress
minikube addons enable ingress-dns

Set up Cluster issuer

kubectl apply -f https://github.com/cert-manager/cert-manager/releases/download/v1.14.1/cert-manager.yaml

User setup

The base reposiotry contains a script directory with scripts that can be modified so they are suitable and brought over (kubectl cp) and executed on platform with ./manage.py runscript SCRIPTNAME

In particular, there's a "create_superuser.py" script that can assist in creating a user in a new setup (./manage.py runscript create_superuser).

Required configurations

Most of values.yaml needs to be adapted.

The publicIP should be a CIDR notation that contains any of the IPs of the Ingress. In particular, this means whatever name you use for domainName should resolve to an IP within the publicIP network.

internalAPIIP should be a CIDR that contains the API service IP as shown by

kubectl get -n default service kubernetes -o jsonpath --template='
  {"\n"}{.spec.clusterIP}{"\n\n"}'

internalAPIEndpoints should be a CIDR-notation network containing the IPs reported by

kubectl get -n default endpoints kubernetes -o jsonpath --template='
   {"\n"}{.subsets[].addresses}{"\n\n"}'

internalAPIPort should be what you see for

kubectl get -n default endpoints kubernetes -o jsonpath --template='
  {"\n"}{.subsets[].ports[].port}{"\n\n"}

Other options are hopefully self documentary