- Skip TrimStrings and ConvertEmptyStringsToNull on the import route; an empty shared variable failed the whole import
- Keep compose parser versions, static ports, legacy variable keys, and only the bundle's variables and destinations
- Give the transfer back token the deploy permission that the import needs
- Move the Cloudflare tunnel DNS record with the server and park it on the source
- Refuse cloud server deletes, power on, tunnel and DNS changes, and scp for archives; skip their backup alerts and provider polling
- Add a column-level round-trip test, archive guard tests, and a live full-coverage transfer test
- Advance the GitLab App sequence in the dev seeder
- New server settings: is_auto_security_updates_enabled and
auto_security_updates_time (maintenance window, HH:MM in the time zone
of the server). Both move with a server transfer.
- Debian/Ubuntu: install unattended-upgrades and write
52coolify-unattended-upgrades. `#clear` drops the distro origin lists,
so only the security origins stay (Debian <codename>-security, Ubuntu
<codename>-security, and the Ubuntu Pro ESM security origins). A
drop-in for apt-daily-upgrade.timer sets the time.
https://manpages.debian.org/bookworm/apt/apt.conf.5.en.htmlhttps://github.com/mvo5/unattended-upgrades/blob/master/README.md
- RHEL family: install dnf-automatic (dnf5-plugin-automatic on dnf5),
set upgrade_type = security and apply_updates = yes in
/etc/dnf/automatic.conf, and add a drop-in for dnf-automatic.timer
(dnf4) or dnf5-automatic.timer (dnf5).
https://dnf.readthedocs.io/en/latest/automatic.htmlhttps://dnf5.readthedocs.io/en/latest/dnf5_plugins/automatic.8.html
- Off removes the Coolify files, so the operating system default comes
back. Other package managers show "not supported".
- The schedule and the automatic updates share one form and one
unsaved bar. The remote commands run only when the automatic update
settings change; a failure keeps the old setting.
- Commands are written for non-root SSH users (tee and single sh -c
scripts) and were run in Debian 12, Ubuntu 24.04, Rocky 9, and Fedora
containers as root and as a sudo user.
Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
- server_settings gets patch_check_result (JSON), patch_check_error,
patch_checked_at, and patch_check_frequency.
- The patches page shows the saved result and "Last checked" on load.
"Check for updates" queues ServerPatchCheckJob (manual) instead of
running SSH in the Livewire request. The job saves the result and
broadcasts ServerPatchCheckFinished on the server team channel; the
page reloads the saved result (with a 10 s poll as a fallback).
- A finished package update (callEventOnFinish) queues a new check on
the server side, so the page no longer depends on the browser.
ServerPackageUpdated is removed.
- The check frequency is a server setting (cron or preset, at most once
per hour). Empty keeps the staggered weekly default.
- The failure notification is sent only when the state changes from ok
to error, not on every check.
- Page access needs viewSecurity and every action needs update on the
loaded server; a member gets 403. Updates accept only a package from
the saved result.
- Server transfer: the frequency moves, the last result stays on the
source (runtime).
Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
Applications and service applications can now use the server resolver,
no resolver ("none"), or a custom resolver name. This allows servers
that mix Let's Encrypt domains with domains that use their own
certificates, such as Cloudflare Origin CA. The setting is available in
the UI and the API.
Closes#12138
Cloning an application, database, service or environment did not copy
the secret manager link, so variables with remote secret references
failed on the next deployment with "no secret manager source is
configured".
Clones now get a copy of the link when the integration token belongs to
the clone's team. Server transfer does not export integration tokens or
links; the export now warns which resources need the token and link
again on the target instance.
The server transfer bundle did not include the standalone_sqlite_id of
persistent volumes, so after an import an application's mount of a
SQLite data volume was no longer linked to the database. The shared
volume checks then failed: deleting the SQLite database, or the
application with its volumes, could remove the SQLite data.
The exporter now sends the SQLite database uuid with each volume, and
the importer links the volume again after all databases are imported
(with a warning when the database is not in the bundle). As a backstop,
StandaloneSqlite::deleteVolumes() skips volumes that another resource
uses, like Application already does.
Before Coolify kept `driver`, `driver_opts` and `labels` of renamed
Compose volumes, Docker created those volumes without them. Applying the
options now would make Docker Compose ask to recreate the volumes on
every deployment.
- Add `ignores_compose_driver_options` column to local_persistent_volumes
and mark all volumes that exist at upgrade time
- Parsers now use composeRenamedVolumeDeclarationFor() so flagged volumes
keep the old name-only top-level declaration
- Legacy application parsers (v1/v2) always emit name-only declarations
- Reset the flag when a volume is replicated, since a clone is a new
Docker volume
- Include the flag in server transfer export/import; bundles without it
default to true
- Storages UI shows which volumes ignore driver options and allows
deleting them so the options apply on recreation
- Add tests for parsers, cloning and server transfer
Import now always claims the server and rebinds Sentinel. Remove the
SSH-written ownership file, the write_remote/rebind_sentinel/claim
options, and the POST /servers/{uuid}/claim endpoint. The migrator now
fails when the target cannot take management. Disabling management
records transfer.management_disabled so the server shows as
transferable, and the transfer and import pages are simplified.
Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
The import looked up the key in all teams and stopped with "already exists
on another team", which also told the user that another team has the key.
Keys are unique per team, so reuse a key of the target team or create one.
Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
Andras Bacsai
