The stream table's forward_ip column was renamed to forwarding_host
back in migration 20210423103500_stream_domain.js, so the stream log
source labels were always showing "undefined" for the forwarding
target. Spotted by @jc21 in review.
Nginx Proxy Manager had no way to inspect application or nginx logs
from the web UI - admins had to shell into the container or read
`docker logs`. This adds an admin-only Logs page that can tail:
- the backend application log, now also mirrored to
/data/logs/backend.log (in addition to stdout) and rotated by the
logrotate timer that already runs every 2 days
- the Let's Encrypt/certbot log, which certbot already writes to
/data/logs/letsencrypt.log via its existing --logs-dir flag
- per-host nginx access/error logs (proxy, redirection, 404 and
stream hosts), with the file path always resolved server-side from
a validated host_type enum + numeric host_id, never from client
input
Reads use a reverse chunked scan (64KB chunks, capped at 5MB scanned
per request) instead of loading whole files into memory, and the
frontend polls every 5s only while the tab is focused and "Live" is
on, so this stays cheap on both CPU and memory. No new runtime
dependencies were added on either side.
Purely additive: two new admin-only endpoints
(GET /api/logs/sources, GET /api/logs/tail), no existing behaviour
changed.
Your CI caught this: the check passed on SQLite and never fired on the
stack where the database container runs on a different timezone from the
app, so a stale token stayed valid. The comparison was between a token's
`iat`, which is UTC seconds from Node, and `auth.modified_on`, which the
driver hands back interpreted in the app's timezone. With the app on
Australia/Brisbane and the database on UTC, that column comes back ten
hours in the past and the token always looks newer than the change.
Record the moment in `auth.meta.password_changed_at` instead, written by
`setPassword` with the same `Date.now()` clock that mints `iat`. Same
unit on both sides, one clock, and no timestamp parsing: the Date and
local-string branch is gone, and so is the whole-second flooring that
Postgres microseconds made necessary.
Rows written before this have no marker and revoke nothing until their
next password change, which is the safe direction to be wrong in.
The credentials file written for a DNS-01 challenge was only cleaned up when
certbot failed - the unlink sat in a catch block. On success the file stayed in
/etc/letsencrypt/credentials for the entire life of the certificate, holding a
live DNS provider API token in plaintext.
The file cannot simply be deleted at issuance, because certbot records its path
in the renewal config and reads it back on every `certbot renew`. So the renew
path now writes the file itself immediately before invoking certbot, and both
paths remove it in a finally block.
Net effect: the credentials exist on disk for the duration of a certbot run
rather than permanently. The value still lives in the certificates table, which
is unavoidable - it has to come from somewhere to be written at all.
renewLetsEncryptSslWithDnsChallenge reads the row directly from the model
because renew() sources its certificate from internalCertificate.get(), which
strips meta.dns_provider_credentials via omissions().
When `nginx -t` fails, configure() is meant to move the broken config to
<id>.conf.err so the failure can be inspected. renameConfigAsError()
unlinked the source file before renaming it, so the rename always failed
and the config was simply deleted. The deleteConfig() call after it then
removed any .err file left over from an earlier failure.
- unlink the destination .err file instead of the source
- return the rename promise so the delete does not race it
- pass delete_err_file = false so the new .err file survives
- drop the stale 4th argument in the success path, which silently made
delete_err_file false and left old .err files behind
- Use optional chaining for nullable checks
- Replace template literals with string literals for plain SQL
- Add node: protocol to fs/promises import in setup.js
A Stream Host with an IPv6 address as the Forward Host was accepted and
saved but never activated. The generated stream config rendered
`proxy_pass {{ forwarding_host }}:{{ forwarding_port }}` as e.g.
`fe80::528:3c87:e7bb:ab08:25`, which nginx rejects with
"invalid port in upstream" because an IPv6 literal must be wrapped in
square brackets before the port is appended (`[fe80::...]:25`).
Normalize the stream forward host in generateConfig (alongside the existing
per-host-type data massaging) using net.isIPv6(), so IPv6 hosts render as
`[address]:port` while IPv4 addresses and hostnames are emitted unchanged.
The mutation is applied to the deep-copied render object, so persisted and
audit data are unaffected.
Fixes#5740
- Added frontend translation for english
- Moved frontend api logic to hook and backend api space
- Added swagger schema for the new api endpoint
- Moved backend logic to its own internal file
- Added user agent header to github api check
- Added cypress integration test for version check api
- Added a memory cache item from github check to avoid hitting it too
much
Jamie Curnow
Dimas Rakha Wisnu
carlosalbertorg
José M. Requena Plens
Shawn Hank
vzagorovskiy
vgoer
Dimas R. Wisnu
addielarue
Zoey
Edward Klesel
Tech-no-1
7heMech
kk.cheng
piotrfx
bzuro