- Replace ambiguous NAMESPACE handling with SERVICE_NAMESPACE, DATABASE_NAMESPACE, and CLUSTER_NAME across config parsing/defaults, environment setup, actions, and UI bindings.
- Persist DATABASE_NAMESPACE and CLUSTER_NAME from Database Browser on Next and use them consistently in CNPG deployment/runtime logic.
- Update milestones/tests and include related config/tooling artifacts (cleanup_cnpg_storage tool, service config/version/network updates).
Co-authored-by: Junie <junie@jetbrains.com>
- detect local k3s node kubeconfig and skip kubectx/use-context mutation when already targeting local API\n- add configurable KUBE_CONTEXT_NAME resolution with compatibility fallbacks and switch only when required\n- update init scripts to use ensure_kube_context helper naming\n- broaden monitoring eligibility to discovered /synology/d### mounts so /synology/d004 qualifies\n- add focused kube-context and topology tests covering local/remote and read-only kubeconfig cases
Co-authored-by: Junie <junie@jetbrains.com>
Add storage ops for deterministic namespace+cluster local PV paths, labels/selectors, host-path preparation, and idempotent reconciliation before CNPG cluster apply.
Wire selector injection and validation into CNPG deploy flow/script, and extend installer tests for provisioning orchestration and failure handling.
Co-authored-by: Junie <junie@jetbrains.com>
- Introduce `cnpg_placement.py` to handle round-robin node assignments for CloudNativePG clusters.
- Implement persistent placement plans with schema normalization and hashing.
- Add `load_cnpg_placement_plan` and `save_cnpg_placement_plan` for plan persistence.
- Integrate planner with installer to support node-based topology configuration.
- Update `actions.py` with placement planning logic, including rebalance support and node eligibility checks.
- Extend shell utilities (`init_cloudnative_pg.sh`) for placement-aware CNPG topology adjustments.
- Add comprehensive unit tests and integration tests for planner functionality, persistence, and shell environment exports.
- Rename iSCSI storage class and PV/PVC selectors/labels from prole to synology across k8s and OpenTofu manifests\n- Update CNPG/OpenBao/Garage/monitoring init flows, render helpers, and mock scripts for synology-backed storage objects\n- Integrate related UI/core/service config/version updates and add supporting regression tests for CNPG storage/image behavior\n- Keep storage reconciliation tests aligned with current CNPG affinity output
Co-authored-by: Junie <junie@jetbrains.com>
- Introduce mode-scoped directories under `~/.prole` for build contexts, runtime data, and versioning.
- Update DB image version generation and Dockerfile creation to respect deployment modes (e.g., k3d, k3s, k8s).
- Adjust UI, core actions, and scripts to avoid cross-mode conflicts and ensure correct version isolation.
- Add tests for mode-aware behaviors and update existing tests for new paths and markers.
- Bump PostgreSQL and image versions to `18` and `138`, respectively.
- Update Kubernetes manifests to align with new image and version configuration.
- Implement centralized `resolve_prole_home` utility for consistent environment-based `PROLE_HOME` resolution across modules
- Replace hardcoded home paths with `resolve_prole_home`
- Refactor PV management to support iSCSI mounts and node placement from Ansible manifests
- Improve Kubernetes manifest handling to dynamically apply namespaces per document
- Adjust `knoe-db` build context path and related tests
- Add utilities for detecting and applying Ansible-defined node labels and PVs
