A quick-and-dirty PaaS implementation using SQL Server in Linux containers on Kubernetes.

• .NET Core 2.0
• A private Docker registry
  e.g. Azure Container Registry, or quay.io
• A Kubernetes cluster
  If you don't have one yet, see the deploy/terraform/ddcloud and deploy/ansible directories for some scripts you can use to bring up a cluster managed by Rancher in Dimension Data's cloud.
• A server for storage
  This server will need to export an NFS volume unless you have your own options for storage
• A DNS A wildcard record pointing to your cluster nodes' public IPs

Run .\Build-Images.ps1 or ./build-images.sh.

Customise the files in deploy/k8s as required, and run kubectl create -f deploy/k8s/XXX, where XXX is:

• rook
• ravendb
• elasticsearch
• prometheus

Then run deploy/k8s/consul/install.sh, deploy/k8s/vault/install-vault.sh, and kubectl create -f deploy/k8s/vault/vault-svc.yml.

Configure Vault:

• vault mount -path=/daas/pki pki
• vault mount-tune -max-lease-ttl=87600h /daas/pki
• vault write /daas/pki/root/generate/internal common_name=vault.<cluster-fqdn> ttl=87600h
• vault write /daas/pki/roles/daas.server.database allowed_domains=database.<cluster-fqdn> allow_subdomains=true allow_bare_domains=true max_ttl=672h
• vault write /daas/pki/roles/daas.user.database allowed_domains=database.<cluster-fqdn> allow_subdomains=true max_ttl=672h

Finally, run kubectl create -f deploy/k8s.