debian/13.0.25-1_beta1

• Drop upstream's unused seafile-admin and parse_seahub_db.py, ship no bytecode or eslint config, clear exec bits on non-scripts, no ldconfig trigger for the venv
• Lintian overrides: match both trixie's and resolute's lintian, cover the vendored venv and frontend, seafile.target
• Ship no build-only files: collectstatic sources, translation sources, test suites, the uv project, upstream's install scripts and wsgidav samples
• One THIRD-PARTY-LICENSES.txt.gz per package, add the frontend's npm packages to seafile-server-data

debian/13.0.25-1_alpha12

[ wdclub ]

• Add seafdav.service: WebDAV is shipped but nothing started it

[ dionysius ]

• seafdav: serve the private /var/tmp as the placeholder root, skip wsgidav.yaml, note seafdav for data relocation, align comments
• seaf-dbctl: source seafile.env itself, so a direct invocation uses the configured database host and credentials
• Rename seafile.service to seafile-server.service, bundle the server units in seafile.target
• Carry seafile.service's enabled and running state over to seafile-server.service on upgrade, move the bundled units' links to seafile.target
• CI: manage the stack through seafile.target, check it is enabled and active
• README: align with the other packaging repos, leave the setup details to the wiki
• Order the bundled units after seafile.target, so stopping it returns once they are stopped

debian/13.0.25-1_alpha11

• admin-tools-check: stop and restart the whole stack, seaf-gc refuses while the fileserver runs
• Manage seahub's schema with upstream's sql like its installer and docker image do, instead of django migrations
• Create seafevents' tables in seahub-migrate (seahub writes into them before seafevents' first start); tests start and check the whole stack
• Serve shipped seahub media from /usr, avatars and custom branding from SEAHUB_DATA_DIR, assets and thumbnails from /var/cache
• Stamp SEAFILE_VERSION into seahub's settings at build, as upstream's release build does
• Ship the collected assets in the package and serve the default avatars from the install tree; seahub-migrate is down to manage.py migrate
• Units: prune comments, update the suggested limits, provision only the state root, drop ENABLE_SEAFEVENTS in favour of systemctl
• seahub: make createsuperuser honour --password, so seahub-reset-admin --noinput creates an account that can log in
• Ship tested nginx, Caddy and Apache reverse proxy examples, suggest the three, hint at Before= ordering in the proxied units
• CI: run the stack through the shipped nginx example (login, assets, transfer, thumbnail, websocket)
• Patches: reference the upstream PR for the createsuperuser and reset-admin argument fixes

debian/13.0.25-1_alpha8

• rework db migration: refuse unstamped data, replace seafile-db-upgrade with seafile-db-tool
• Inline the reason for seafile-db-tool's tolerant SQL error handling
• Stop shipping upstream's manual-install scripts, patch the admin tools worth keeping
• Rename seafile-db-tool to seaf-dbctl, move version/stamp ownership into it
• Add seafevents.service for background tasks (email, indexing, auto-expiry)
• seafobj: defer the pylibmc import so seafevents actually starts
• Add django-pylibmc so seahub's CACHE_PROVIDER=memcached actually works
• Add libmemcached-dev: uv still builds pylibmc from source to satisfy django-pylibmc's own dependency, even though it's discarded afterward

debian/13.0.25-1_alpha6

• add seahub dir to seafile.env
• rename units to a seafile- prefix (core: seafile, seahub keeps its name), decouple units via Wants (no stop/restart cascade)
• drop whitenoise, static assets are served by seahub's SERVE_STATIC default
• mysql-only backend, migrate gates the stack until credentials are configured
• enable the go fileserver and notification server by default, units gate on their seafile.env toggle
• drop SERVICE_URL glue (upstream derives it from the environment), fix references stale since the seahub merge
• pass REMOTE_USER through gunicorn like upstream's generated config
• workers and threads set in gunicorn.conf like upstream, drop the env hook
• fix dead documentation references
• drop the /etc/default layer and env vars nothing reads, migrate scripts own their environment
• config templates document the full option surface, notification server binds localhost, seahub logs to the journal
• connection and process limit defaults sized per service, LimitNOFILE only where fd counts scale
• dh_ucf owns ucf registration and purge, postinst only adds the --three-way pass
• secrets are set by the admin instead of generated, migrate gates on all of them
• dpkg removes /etc/seafile on purge itself, the generated postrm suffices
• neutral "Other options" section naming in the config templates
• seafile.conf notes which file server reads single-implementation options
• unit comments stay service-agnostic so the units diff cleanly
• seaf-fuse mounts at its state directory, fuse options are a unit directive
• data dir configured once in seafile.env, fixed unit paths use specifiers
• version stamp lives in the data dir like upstream docker deployments
• seahub predefined environment as a section in seafile.env

debian/13.0.25-1_alpha3

• debian: compute daemon and venv-wheel shlibdeps in one run

debian/13.0.25-1_alpha1

• Initial packaging of Seafile Community Edition server (v13), built from
  source without docker
• single source package with seafile-server as the main upstream; libsearpc,
  libevhtp, seahub, seafobj, seafdav and seafevents are pulled in by tag as
  upstream components and compiled together
• produces seafile-server (daemons), seahub (Django web frontend, python via
  uv), libsearpc (RPC library) and the seafile metapackage
• SQLite backend by default, MySQL/MariaDB backend supported
• NOT CRITICALLY AUTHORED, EVERYTHING CAN CHANGE, STEPS STILL REQUIRE
  GOOD THOUGHT FOR PLANNED COMPATIBILITY/MAINTENANCE FLOWS