Add a new Alpine-based container template for IronClaw. Introduces ct/alpine-ironclaw.sh (installer/launcher with update routine), ct/headers/alpine-ironclaw (ASCII header), install/alpine-ironclaw-install.sh (sets up PostgreSQL 17, pgvector, deploys MUSL prebuilt IronClaw binary, creates OpenRC service and env file), and json/alpine-ironclaw.json (metadata, docs link, ports, resource defaults). The template auto-generates a gateway auth token, uses the MUSL binary for a minimal footprint, and documents post-install steps (ironclaw onboard).
Add IronClaw container templates and install scripts (ct/ironclaw.sh, install/ironclaw-install.sh, json/ironclaw.json) to provide automated setup, service unit, and default config for the IronClaw AI agent.
Refactor tools/addon/cronmaster.sh to use the ProxmoxVE misc endpoints, initialize optional telemetry, improve function loading, and strengthen OS detection (Debian/Ubuntu-only). Make service and install behaviors more robust: ensure /usr/local/bin persistence, create/update the update script from the new repo URL, change systemd WantedBy to multi-user.target, enable service quietly, save generated credentials to /root/cronmaster.creds, and use distinct exit codes for unsupported/invalid states. Misc license URL fix and other small reliability improvements.
Set PYTHONPATH and run manage.py migrate for Baserow so backend, premium, and enterprise source packages are discovered during migrations. In the LobeHub installer, copy all files from scripts/migrateServerDB into the .next/standalone directory (instead of only docker.cjs) so required migration and helper files are included.
Add container templates, install scripts, and metadata for Baserow, LabCA, and LobeHub. New ct/*.sh scripts provide container build and update logic (fetching GitHub releases, backup/restore, build steps). New install/*.sh scripts install dependencies, configure PostgreSQL/Node/uv/PNPM as needed, run migrations, and create systemd services for each app. Corresponding json/*.json entries add metadata (ports, resource defaults, docs, and notes) for UI/registry integration.
Debian auto-starts nginx on install with default config (port 80).
'enable --now' is a no-op if already running. Use explicit restart
to pick up our port 8000 config.
ES snapshot repo defaults to Docker path /usr/share/elasticsearch/data/snapshot
but our elasticsearch.yml uses path.repo: /var/lib/elasticsearch/snapshot.
Add ES_SNAPSHOT_DIR=/var/lib/elasticsearch/snapshot to match.
run.sh needs env vars (TA_CACHE_DIR etc) before Django starts.
- Add set -a/source .env in run.sh so vars are available
- Symlink .env to backend/ so Django's load_dotenv('.env') finds it
- Fixes 'unable to open database file' (CACHE_DIR defaulting to /cache)
Move Django management commands (migrate, collectstatic, ta_envcheck,
ta_connection, ta_startup) into run.sh startup wrapper that:
- Waits up to 60s for ElasticSearch to be healthy
- Runs all init commands before starting uvicorn
- Matches Docker's run.sh approach
This fixes ta_startup failing during install because ES wasn't ready.
The commands now run at every service start with ES readiness check.
TubeArchivist requires nginx to serve the frontend SPA and proxy API
requests to Django. Without nginx, only API routes work.
Changes:
- Add nginx with config matching Docker's nginx.conf (port 8000)
- Add TA_APP_DIR, TA_CACHE_DIR, TA_MEDIA_DIR env vars for bare-metal paths
- Run Django migrate, collectstatic, ta_envcheck, ta_connection, ta_startup
- Add celery worker + beat scheduler as separate systemd services
- Fix interface port from 8080 to 8000 (nginx)
- Add migrations step to update script
PG_DB_PASS is auto-generated by setup_postgresql_db and stored in
.env. No user-facing credentials are generated - accounts are
created via the web UI.
bench setup production generates supervisor.conf but doesn't
symlink it into /etc/supervisor/conf.d/. Without the link,
supervisord has no programs and gunicorn never starts (502).
Add: symlink + supervisorctl reread/update after bench setup.
bench setup role spawns a subprocess that checks for ansible on
PATH. The binaries are inside the uv venv and not discoverable.
Symlink ansible* to /usr/local/bin/ to make them available.
bench setup production internally runs:
sudo <uv-venv-python> -m pip install ansible
but uv tool environments don't include pip by default.
Fix: run ensurepip + pip install ansible before bench setup
production to satisfy the dependency.
The build creates /opt/teable/static/ as a real directory.
ln -sf on an existing directory creates the symlink INSIDE it
instead of replacing it. Must rm -rf first.
Build process reorganizes apps/nestjs-backend/static/ creating a
nested static/static/{plugin,system} structure. The code resolves
paths like 'static/system/automation-robot.png' relative to cwd,
so the symlink must point to the inner static/ directory.
Adds fallback: checks for nested structure first, falls back to
direct path if not present.
- NestJS backend expects /opt/teable/static/ at workspace root
- Actual files live in apps/nestjs-backend/static/
- Fixes ENOENT on automation-robot.png during startup
- bench init internally invokes sudo for system operations
- frappe user has no password, causing 'Sorry, try again' hang
- Add /etc/sudoers.d/frappe with NOPASSWD:ALL
- cp -r creates nested dirs when target already exists (sqlite/sqlite/)
- cp -rT merges source contents INTO the target directory
- mkdir -p ensures target dirs exist before merge
- Fixes uuid.c.so not being found in standalone/web/sqlite/
