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Ansible provisions the k3d cluster and Flux controllers; Terraform modules deploy the simulated fleet and ground warehouse. Compose and k3d share var/t1 (live lake) and var/t3 (warehouse). The prototype gains a live mode fed by the explorer read-only SQL API.
1.7 KiB
1.7 KiB
Recovering from partial state
If resources were created outside Terraform (or state was lost), import them
before terraform apply:
# sim-env (namespace: swarm)
terraform import kubernetes_namespace.swarm swarm
terraform import kubernetes_stateful_set.drone swarm/drone
terraform import kubernetes_deployment.exporter swarm/exporter
terraform import kubernetes_deployment.explorer swarm/explorer
terraform import kubernetes_deployment.prometheus swarm/prometheus
terraform import kubernetes_deployment.grafana swarm/grafana
terraform import kubernetes_service.exporter swarm/exporter
terraform import kubernetes_service.explorer swarm/explorer
terraform import kubernetes_service.prometheus swarm/prometheus
terraform import kubernetes_service.grafana swarm/grafana
terraform import kubernetes_config_map.prometheus swarm/prometheus-config
terraform import kubernetes_config_map.grafana_provisioning swarm/grafana-provisioning
terraform import kubernetes_config_map.grafana_dashboard swarm/grafana-dashboard
# ground (namespace: ground)
terraform import kubernetes_namespace.ground ground
terraform import kubernetes_persistent_volume_claim.minio ground/minio-data
terraform import kubernetes_secret.minio ground/minio-credentials
terraform import kubernetes_deployment.minio ground/minio
terraform import kubernetes_deployment.warehouse_explorer ground/warehouse-explorer
terraform import kubernetes_service.minio ground/minio
terraform import kubernetes_service.warehouse_explorer ground/warehouse-explorer
terraform import kubernetes_cron_job_v1.offload ground/offload
Then terraform apply reconciles drift (for example pinning EXPLORER_PORT
and EXPORTER_PORT so Kubernetes service env injection does not break startup).