- Added logging to show Kubernetes context and service inspection details for Redis.
- Improved validation by checking for service endpoints and readiness.
- Enabled IP address bypass for external host DNS checks.
- Added fallback logic to resolve Garage ILB hostname if IP is unavailable.
- Improved handling of `self.inputs` with prioritized merging for better automation.
- Updated config persistence to use `write_config` for milestones and repairs.
- Extended Garage ILB IP retry logic to 5 minutes for GKE provisioning delays.
- Changed ILB deployment context to DB cluster (`knoe-cnpg-0`) for GitLab object storage setup.
- Renamed service to `garage-s3-ilb` and updated related references.
- Enhanced logging for Garage ILB IP resolution with retry and error handling.
- Persisted resolved ILB endpoint to config files for improved reliability.
- Refined split-cluster Garage deployment workflows with clearer context management and debugging.
- Moved `service_ns` definition earlier in the initialization process for improved readability and consistency.
- Removed redundant `service_ns` reassignment, optimizing namespace resolution logic.
- Introduced `get_endpoint_ip` utility to fetch Garage ILB IPs across k3s, k3d, and k8s modes.
- Updated initialization to deploy Garage on the DB cluster when using split GKE clusters.
- Enhanced logic to persist resolved Garage ILB endpoints for GitLab object storage configurations.
- Added Redis master resolution and removed placeholder Garage endpoints during deployment.
- Updated post-init scripts to include Redis initialization alongside Kong and backup scripts.
- Improved `check_gitlab_pre_apply_blocked` to better detect invalid placeholders, legacy storage configurations, and DNS issues for Redis and Garage endpoints.
- Added auto-repair for Garage endpoint secrets and storage class mismatches in k8s mode.
- Introduced warnings and blocking logic for unsupported configurations like `gitlab-gitaly-static`.
- Refined storage class handling to dynamically align with `standard-rwo` in k8s/GKE.
- Introduced `check_gitlab_pre_apply_blocked` and `check_gitlab_post_apply_blocked` functions to detect misconfigurations and legacy setups during deployment.
- Added logic to validate DNS resolution for Redis and Garage endpoints, preventing invalid placeholders or inaccessible hosts.
- Enhanced storage checks to identify and optionally repair legacy storage configurations with `GITLAB_REPAIR_BLOCKED_AUTOCLEAN`.
- Updated deployment wait loop to validate readiness and detect blocking states dynamically.
- Changed default GKE non-DB PVCs to use CSI `pd-standard` with WFFC mode, deprecating legacy `standard`.
- Added reconciliation logic for APP PVCs to align with updated storage class.
- Enforced single replica for Supabase functions on GKE, disabling autoscaling.
- Updated tests to validate storage class changes, PVC reconciliation, and single-replica logic.
- remove hardcoded physical host assumptions in UI/init flows and rely on config-driven selectors\n- optimize GitLab reruns to skip unnecessary operator upgrades/long reconcile waits when unchanged\n- add and update regression/shell tests for fast-path and k8s context/ingress/garage behaviors
Co-authored-by: Junie <junie@jetbrains.com>
- Refactored `init_gitlab.sh` and `init_gitea.sh` to use configurable node selector keys, removing hardcoded defaults like `gandalf.prole.org`.
- Enhanced scheduling logic to validate required fields and prevent stale node constraints during reruns.
- Added fast-path guards in GitLab init to skip redundant operations when no changes occur in operator or CR specifications.
- Updated Supabase deployment to clear stale topology spread constraints alongside node selectors and affinity.
- Added tests for configurable node selector keys, fast-path guards, and stale constraint cleanups.
- Changed default storage class for GKE to `standard` to reduce pressure on SSD/balanced quotas.
- Disabled `enforceGeneralNodeRole` scheduling for APP/DB values to support split cluster setups.
- Updated tests to validate storage class and scheduling logic changes.
- Introduced `SERVICE_INGRESS_TLS_ENABLED` for configurable svc ingress TLS rendering in `init_kong.sh`.
- Updated ingress templates to include or exclude TLS annotations and blocks dynamically.
- Improved PVC and pod readiness checks in `supabase/deploy.sh` with enriched logging and detailed blockers.
- Added support for configurable storage class resolution for Supabase DB frontdoor PVCs.
- Enhanced deployment workflows to handle split APP/DB cluster setups with context-aware readiness checks.
- Updated test cases to validate svc ingress TLS configuration and storage class logic.
- Introduced `enforceGeneralNodeRole` to make node affinity and selector enforcement configurable.
- Updated `_split_frontdoor_docs` to handle custom release labels for Kong services.
- Enhanced Helm templates to support dynamic scheduling configurations.
- Added `reconcile_db_frontdoor_studio_pvcs` to migrate PVCs to the target storage class.
- Updated tests to validate custom release labels and scheduling logic.
- Updated `_extract_k8s_docs` to use `yaml.safe_load_all` for improved parsing and reliability.
- Enhanced `_split_frontdoor_docs` with stricter validation of Deployment, Service, and Ingress specs.
- Added namespace enforcement for frontdoor resources during manifest splitting.
- Refactored and optimized test cases to cover new validation and splitting functionality.
- Updated `_extract_k8s_docs` to use `yaml.safe_load_all` for improved parsing and reliability.
- Enhanced `_split_frontdoor_docs` with stricter validation of Deployment, Service, and Ingress specs.
- Added namespace enforcement for frontdoor resources during manifest splitting.
- Refactored and optimized test cases to cover new validation and splitting functionality.
- Added detection for "already exists" errors during bucket creation and reused existing buckets when applicable.
- Enhanced logging to provide context when reusing previously created buckets.
- Added support for validating existing ingress ownership using `gitlab_release` and `expected_backend_service`.
- Improved conflict detection by distinguishing between same-owner and foreign ingress claims.
- Introduced explicit handling for operator-managed ingress and fallback ingress creation logic.
- Enhanced logging and status return codes for better error reporting and decision-making in deployment scripts.
- Introduced `resolve_garage_admin_context` and `kubectl_garage_admin` for dynamic context resolution.
- Enhanced Garage setup with explicit logging of admin context and namespace details.
- Improved error handling and command execution reliability for multi-cluster environments.
- Added validation and explicit handling for Garage S3 endpoints in split APP/DB cluster setups.
- Improved dynamic role detection and authoritative context enforcement in initialization scripts.
- Updated Supabase and Garage configurations to support private cross-cluster endpoints, ensuring cluster interoperability and DNS constraints.
- Enhanced error handling and logging for invalid or missing configurations.
- Added base64 decoding and validation for admin token in `garage-secrets`.
- Implemented reusable `garage_exec` helper for consistent command execution with detailed error handling.
- Improved key creation, retrieval, and fallback mechanisms with enhanced output parsing and failure logging.
- Unified bucket creation and permission granting logic using the new helper function.
- Added validation for admin token existence in `garage-secrets`.
- Improved `garage key` operations with support for deterministic fallback keys and secret fetch retries.
- Unified access/secret key parsing with flexible format support (`sed` fallback).
- Added dynamic `GITALY_STORAGE_CLASS` logic for k8s and legacy modes.
- Introduced context-aware DB operations with `resolve_db_cluster_context` and `kubectl_db`.
- Improved object storage configuration with failure handling based on deployment requirements.
- Refined workload placement logic and node selector defaults for improved flexibility.
- Added `PROLE_MODE` check to skip auxiliary host handling for Kubernetes (`k8s`) mode.
- Ensured conditional inclusion of `auth_host` and `gitea_host` based on deployment context.
- Improved clarity and flexibility in ingress target configuration logic.
- Added logic to derive and override APP cluster kubecontext based on `DEPLOYMENT_MODE` and `PROLE_MODE`.
- Enhanced support for legacy runtime context aliases with improved fallback behaviors.
- Unified context resolution for split-cluster environments to ensure role-consistent deployments.
- Introduced jemalloc hostPath optimizations with configurable modes (`auto`, `off`, `force`).
- Integrated jemalloc setup with best-effort and forced validation flows for ensuring cluster compatibility.
- Enhanced monitoring storage class logic with mode-specific handling (`k3s`, `k3d`, `gke`) and improved validation of required classes.
- Added safeguards and detailed logging for unsupported configurations and failure scenarios.
- Introduced jemalloc hostPath optimizations with configurable modes (`auto`, `off`, `force`).
- Integrated jemalloc setup with best-effort and forced validation flows for ensuring cluster compatibility.
- Enhanced monitoring storage class logic with mode-specific handling (`k3s`, `k3d`, `gke`) and improved validation of required classes.
- Added safeguards and detailed logging for unsupported configurations and failure scenarios.
- Introduced jemalloc hostPath optimizations with configurable modes (`auto`, `off`, `force`).
- Integrated jemalloc setup with best-effort and forced validation flows for ensuring cluster compatibility.
- Enhanced monitoring storage class logic with mode-specific handling (`k3s`, `k3d`, `gke`) and improved validation of required classes.
- Added safeguards and detailed logging for unsupported configurations and failure scenarios.
- Added `gke-gcloud-auth-plugin` as a required dependency for `linux/apt` environments.
- Enhanced GKE context acquisition with writable kubeconfig target resolution.
- Improved failure reporting with detailed messages for GKE dependency and context issues.
- Expanded test coverage for scenarios involving missing auth plugins, kubeconfig errors, and GKE configurations.
- Replaced static dependency configuration with dynamic resolution using `get_required_dependencies` and `get_required_dependency_ids`.
- Streamlined runtime checks, fallback behaviors, and handling of missing/optional dependencies.
- Hardened GKE context acquisition and validation for Kubernetes clusters.
- Enhanced test coverage for dependency resolution under various deployment modes (`dev`, `prod`, `gke`).
- Replaced static dependency configuration with dynamic resolution using `get_required_dependencies` and `get_required_dependency_ids`.
- Streamlined runtime checks, fallback behaviors, and handling of missing/optional dependencies.
- Hardened GKE context acquisition and validation for Kubernetes clusters.
- Enhanced test coverage for dependency resolution under various deployment modes (`dev`, `prod`, `gke`).
- Updated default paths, namespaces, and cluster names for k3d/dev configuration.
- Added `skip_names` set to exclude `prod.cfg` and `gcp.cfg` from override processing.
- Refined init parameters for Supabase, Kubernetes, and database deployments to align with dev-specific settings.
- Enhanced test coverage for excluded config files (`prod.cfg`, `gcp.cfg`) within `test_prole_conf.py`.
- Updated default paths, namespaces, and cluster names for k3d/dev configuration.
- Added `skip_names` set to exclude `prod.cfg` and `gcp.cfg` from override processing.
- Refined init parameters for Supabase, Kubernetes, and database deployments to align with dev-specific settings.
- Enhanced test coverage for excluded config files (`prod.cfg`, `gcp.cfg`) within `test_prole_conf.py`.
- Updated default paths, namespaces, and cluster names for k3d/dev configuration.
- Added `skip_names` set to exclude `prod.cfg` and `gcp.cfg` from override processing.
- Refined init parameters for Supabase, Kubernetes, and database deployments to align with dev-specific settings.
- Enhanced test coverage for excluded config files (`prod.cfg`, `gcp.cfg`) within `test_prole_conf.py`.
Rename env config files from conf/*/prole.cfg to conf/k3d.cfg, conf/k3s.cfg, and conf/gke.cfg. Update shell/Python loaders and etc/deploy scripts to resolve named configs cleanly while keeping legacy fallback behavior. Align k3s Ansible tasks, docs, and regression coverage with the new configuration layout.
Co-authored-by: Junie <junie@jetbrains.com>
Switch production config to k8s/GKE contexts and align service naming. Add immutable StatefulSet update fallback for Garage across k3d/k3s/k8s. Harden CNPG deploy and backup bootstrap paths, and update installer coverage for CNPG webhook and Garage common ops.
Co-authored-by: Junie <junie@jetbrains.com>
knoe-db/data/pvc-* are Garage S3 object store data files from a local k3d dev
cluster. Runtime data has no place in source control. Add knoe-db/data/ and var/
to .gitignore so they can never be accidentally committed again.
Co-Authored-By: Claude Sonnet 4.6 <noreply@anthropic.com>
- Updated default paths, namespaces, and cluster names for k3d/dev configuration.
- Added `skip_names` set to exclude `prod.cfg` and `gcp.cfg` from override processing.
- Refined init parameters for Supabase, Kubernetes, and database deployments to align with dev-specific settings.
- Enhanced test coverage for excluded config files (`prod.cfg`, `gcp.cfg`) within `test_prole_conf.py`.
- _sanitize_sections_for_cfg(): wrap _expand_shell_path() with _cfgify_home_path() so
paths are stored as dollar-HOME/... instead of /home/user/... (Mac to myrddin breakage)
- _write_cfg(): pop KUBECONTEXT from globals_to_save so Mac k3d context never persists
- _write_cfg(): add CNPG Clusters to sections list so user-authored registry survives write-back
- milestone._get_script_env(): _GLOBAL_CFG_PROPAGATION_BLOCK excludes KUBECONTEXT, HOME,
USER from Global config propagation -- stops knoe.dev.prole.org injected into kubectl calls
- milestone._get_script_env(): env.pop KUBECONTEXT after k3s KUBECONFIG detection so
kubectl uses kubeconfig current-context (default) on k3s, not a stale Mac context name
- conf/service/prole.cfg: remove stale KUBECONTEXT = knoe.dev.prole.org from Global
Co-Authored-By: Claude Sonnet 4.6 <noreply@anthropic.com>
- Introduced support for dynamic GitLab and Supabase domain and ingress configuration based on deployment mode (k8s vs local).
- Default GitLab domain and ingress class aligned with `prole.cfg` deployment settings.
- Expanded Supabase support:
- Added configurable API and Studio hostnames with default fallbacks.
- Introduced separate ingress class configuration for API and Studio.
- Standardized public URL normalization for both services.
- Updated tests to validate domain, ingress, and configuration behaviors across environments.
- Remove premature migrate_registry_images_to_gitlab() call (was running
before GitLab wait, against a not-yet-ready gitlab-registry)
- Add registry migration as the true final step of init_gitlab.sh, after
the GitLab CR is Available and Kong ingress is configured
- Delegates to init_registry.sh migrate so logic lives in one place
- SKIP_REGISTRY_MIGRATE=1 suppresses migration if needed
- Fix migrate_registry_to_gitlab() in init_registry.sh:
- dst_registry defaults to gitlab-registry.<gitlab_ns>.svc.cluster.local:5000
(in-cluster address, no port-forward needed)
- Checks registry:2 pod exists before attempting catalog fetch
- Counts ok/fail per-repo and reports retry command on partial failure
- Passes GITLAB_NAMESPACE from init_gitlab.sh caller context
Co-Authored-By: Claude Sonnet 4.6 <noreply@anthropic.com>
KNOE_IMAGE_REGISTRY auto-detection in cloudnative_pg._apply_manifest():
- Explicit config wins; falls back to gitlab-registry when GitLab ns exists;
final fallback to registry:2 in knoe-system. No longer raises when unset.
conf/service/prole.cfg: point KNOE_IMAGE_REGISTRY at gitlab-registry since
GitLab is already deployed on this cluster.
etc/init_registry.sh: add 'migrate' action that copies all images from
registry:2 to gitlab-registry via skopeo (prints commands if skopeo absent).
Run after GitLab is up, before decommissioning registry:2.
Co-Authored-By: Claude Sonnet 4.6 <noreply@anthropic.com>
- knoe/milestone.py: copy [Global] prole.cfg keys into _get_script_env()
env dict so CNPG and other Python-owned ops see KNOE_IMAGE_REGISTRY and
other config-declared vars (mirrors what prole_cfg.sh does for shell scripts)
- etc/init_redis.sh: skip helm upgrade when redis-master is already running
to avoid Docker Hub timeout on constrained networks; set REDIS_FORCE_UPGRADE=1
to override
Co-Authored-By: Claude Sonnet 4.6 <noreply@anthropic.com>
Add [CNPG Clusters] section to prole.cfg as the authoritative source for
CNPG cluster definitions. The deploy pipeline reads this registry instead
of computing version-appended namespace names at runtime.
- conf/service/prole.cfg: add [CNPG Clusters] with knoe-db as identity
cluster; fix DATABASE_NAMESPACE=knoe-db (was knoe-db-18-140); add
KNOE_IMAGE_REGISTRY for the k3s in-cluster registry hostname
- deploy/opentofu/k3s/manifests/prole/knoe-db.yaml: replace hardcoded
registry.test-system image with templated KNOE_IMAGE_REGISTRY
- knoe/core/actions.py: add _cnpg_cluster_registry(), _cnpg_identity_cluster();
fix _initial_db_namespace() to use declared namespace without version suffix
- knoe/core/milestones.py: iterate over all declared clusters in Init and
Deploy milestones; per-cluster CNPG_IMAGE_NAME support
- knoe/core/ops/cloudnative_pg.py: resolve KNOE_IMAGE_REGISTRY and
CNPG_IMAGE_NAME overrides in _apply_manifest()
Co-Authored-By: Claude Sonnet 4.6 <noreply@anthropic.com>
Drop spec.additionalVolumes, krb_server_keyfile, and hostgssenc pg_hba
rules from the k3s Cluster manifest. The CNPG CRD on k3s rejects
additionalVolumes as an unknown field, the keytab secret does not exist,
and hostgssenc rules would prevent PostgreSQL from starting without a
mounted keytab. Kerberos is disabled in conf/service/prole.cfg and
will be wired up once k3s KDC and keytab provisioning are in place.
Co-Authored-By: Claude Sonnet 4.6 <noreply@anthropic.com>
