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feat: comprehensive module system and database management improvements
This commit introduces major enhancements to the module installation system, database management, and configuration handling for AzerothCore deployments. ## Module System Improvements ### Module SQL Staging & Installation - Refactor module SQL staging to properly handle AzerothCore's sql/ directory structure - Fix SQL staging path to use correct AzerothCore format (sql/custom/db_*/*) - Implement conditional module database importing based on enabled modules - Add support for both cpp-modules and lua-scripts module types - Handle rsync exit code 23 (permission warnings) gracefully during deployment ### Module Manifest & Automation - Add automated module manifest generation via GitHub Actions workflow - Implement Python-based module manifest updater with comprehensive validation - Add module dependency tracking and SQL file discovery - Support for blocked modules and module metadata management ## Database Management Enhancements ### Database Import System - Add db-guard container for continuous database health monitoring and verification - Implement conditional database import that skips when databases are current - Add backup restoration and SQL staging coordination - Support for Playerbots database (4th database) in all import operations - Add comprehensive database health checking and status reporting ### Database Configuration - Implement 10 new dbimport.conf settings from environment variables: - Database.Reconnect.Seconds/Attempts for connection reliability - Updates.AllowedModules for module auto-update control - Updates.Redundancy for data integrity checks - Worker/Synch thread settings for all three core databases - Auto-apply dbimport.conf settings via auto-post-install.sh - Add environment variable injection for db-import and db-guard containers ### Backup & Recovery - Fix backup scheduler to prevent immediate execution on container startup - Add backup status monitoring script with detailed reporting - Implement backup import/export utilities - Add database verification scripts for SQL update tracking ## User Import Directory - Add new import/ directory for user-provided database files and configurations - Support for custom SQL files, configuration overrides, and example templates - Automatic import of user-provided databases and configs during initialization - Documentation and examples for custom database imports ## Configuration & Environment - Eliminate CLIENT_DATA_VERSION warning by adding default value syntax - Improve CLIENT_DATA_VERSION documentation in .env.template - Add comprehensive database import settings to .env and .env.template - Update setup.sh to handle new configuration variables with proper defaults ## Monitoring & Debugging - Add status dashboard with Go-based terminal UI (statusdash.go) - Implement JSON status output (statusjson.sh) for programmatic access - Add comprehensive database health check script - Add repair-storage-permissions.sh utility for permission issues ## Testing & Documentation - Add Phase 1 integration test suite for module installation verification - Add comprehensive documentation for: - Database management (DATABASE_MANAGEMENT.md) - Module SQL analysis (AZEROTHCORE_MODULE_SQL_ANALYSIS.md) - Implementation mapping (IMPLEMENTATION_MAP.md) - SQL staging comparison and path coverage - Module assets and DBC file requirements - Update SCRIPTS.md, ADVANCED.md, and troubleshooting documentation - Update references from database-import/ to import/ directory ## Breaking Changes - Renamed database-import/ directory to import/ for clarity - Module SQL files now staged to AzerothCore-compatible paths - db-guard container now required for proper database lifecycle management ## Bug Fixes - Fix module SQL staging directory structure for AzerothCore compatibility - Handle rsync exit code 23 gracefully during deployments - Prevent backup from running immediately on container startup - Correct SQL staging paths for proper module installation
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@@ -41,10 +41,64 @@ ls storage/config/mod_*.conf*
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# Verify MySQL is running and responsive
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docker exec ac-mysql mysql -u root -p -e "SELECT 1;"
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# Starting with the 2025-11-17 release the import job checks if
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# the runtime tables exist before trusting restoration markers. If you see
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# "Restoration marker found, but databases are empty - forcing re-import" in
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# `docker logs ac-db-import`, just let the container finish; it will automatically
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# clear stale markers and replay the latest backup so the services never boot
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# against an empty tmpfs volume. See docs/DATABASE_MANAGEMENT.md#restore-safety-checks--sentinels
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# for full details.
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# Forcing a fresh import (if schema missing/invalid)
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# 1. Stop the stack
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docker compose down
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# 2. Remove the sentinel created after a successful restore (inside the docker volume)
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docker run --rm -v mysql-data:/var/lib/mysql-persistent alpine sh -c 'rm -f /var/lib/mysql-persistent/.restore-completed'
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# 3. Re-run the import pipeline (either stand-alone or via stage-modules)
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docker compose run --rm ac-db-import
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# or
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./scripts/bash/stage-modules.sh --yes
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#
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# See docs/ADVANCED.md#database-hardening for details on the sentinel workflow and why it's required.
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**Permission denied writing to local-storage or storage**
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```bash
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# Reset ownership/permissions on the shared directories
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./scripts/bash/repair-storage-permissions.sh
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```
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> This script reuses the same helper container as the staging workflow to `chown`
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> `storage/`, `local-storage/`, and module metadata paths back to the current
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> host UID/GID so tools like `scripts/python/modules.py` can regenerate
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> `modules.env` without manual intervention.
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# Check database initialization
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docker logs ac-db-init
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docker logs ac-db-import
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```
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> Need more context on why the sentinel exists or how the restore-aware SQL stage cooperates with backups? See [docs/ADVANCED.md#database-hardening](ADVANCED.md#database-hardening) for the full architecture notes.
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**Worldserver restart loop (duplicate module SQL)**
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> After a backup restore the ledger snapshot is synced and `.restore-prestaged` is set so the next `./scripts/bash/stage-modules.sh` run recopies EVERY module SQL file into `/azerothcore/data/sql/updates/*` with deterministic names. Check `docker logs ac-worldserver` to confirm it sees those files; the `updates` table still prevents reapplication, but the files remain on disk so the server never complains about missing history.
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```bash
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# 1. Inspect the worldserver log for errors like
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# "Duplicate entry ... MODULE_<module_name>_<file>"
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docker logs ac-worldserver
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# 2. Remove the staged SQL file that keeps replaying:
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docker exec ac-worldserver rm /azerothcore/data/sql/updates/<db>/<filename>.sql
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# 3. Re-run the staging workflow
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./scripts/bash/stage-modules.sh --yes
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# 4. Restart the worldserver container
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docker compose restart ac-worldserver-playerbots # or the profile you use
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# See docs/DATABASE_MANAGEMENT.md#module-sql-management for details on the workflow.
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```
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**Legacy backup missing module SQL snapshot**
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Legacy backups behave the same as new ones now—just rerun `./scripts/bash/stage-modules.sh --yes` after a restore and the updater will apply whatever the database still needs.
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**Source rebuild issues**
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```bash
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