Sami confirmed: the user's email IS their identity. No separate username
field at any point. One field, one identifier, no display-name collection
on first login.
Updated DC-047 ticket to lock this in.
Tickets added per Sami's request: email-only auth as an option alongside
TOTP, not a replacement. Architecture: AuthProvider interface so future
methods (OIDC, SAML, passkeys) plug in without further refactors.
Reuses existing nodemailer integration (no new dependency) — SMTP creds
live in the same notification config that already supports email alerts.
TDC-046 — refactor TOTP into one of N providers (foundation, ~1hr)
- DC-047 — EmailMagicLinkProvider via nodemailer (~3hrs)
- DC-048 — Multi-user bootstrap + admin invites (~2hrs)
- DC-049 — Login UI showing all enabled providers (~1hr)
Sami mentioned he wants to use the SMTP server his website (sami-ahmed.net)
runs — host will be configurable in the existing email provider config.
Documented as done in BACKLOG. Live-verified on dc-contabo-de test server:
workflow engine now starts, 90s post-restart shows zero error spam.
Combined with DC-044, workflows now actually execute end-to-end.
The bundled-workflows.js:310 call site used a non-existent .getState()
method AND forgot to await. The Promise short-circuited via '|| []' to an
empty array, so every health-check-on-interval workflow ran every 5 min
reporting 'Action health-check failed: servicesStateManager.getState is
not a function' while silently iterating over zero services. Visible on
both DNS2 (production) and dc-contabo-de (test server) — same code, same
bug, same log spam.
Fix: 'await servicesStateManager.read().catch(() => []) || []' — uses the
actual async method, returns empty array on read() failure (corrupt or
missing state file shouldn't break the workflow), preserves the original
short-circuit guard.
New regression test __tests__/bundled-workflows-health-check.test.js with
5 cases:
1. uses .read() not the non-existent .getState() — does not throw
2. returns checked/healthy counts from read() output
3. gracefully degrades if read() throws — empty services list, no crash
4. servicesStateManager absent on ctx → no crash, empty result
5. single service (non-template serviceId) path still works
Tests: 1219/1219 pass (1214 baseline + 5 new). ESLint: clean for the new
file. Test fixture note: had to clearInterval the constructor's
scheduledJobs so Jest could exit cleanly — scheduled workflows are not
under test here.
Empirically measured against all 4 release versions + origin/main: every
patch in the old script is a no-op against every current release. v1.14.4
(the version that originally needed patches) doesn't even ship src/ in the
tarball — the old script silently no-op'd on it because it couldn't find
files to patch, then the build crashed with MODULE_NOT_FOUND in production.
Repurposed as a verifier: 5 hard checks (server.js requires, license-manager
path, src/ tree presence, license-keygen.js at root, generic src/ require
path scan) + informational warnings. Exits 1 on ANY failure with a clear
'Build should be ABORTED' message naming the v1.14.4-class bug if relevant.
Old behaviour was 'patch and continue' (silently hid regressions); new
behaviour is 'fail loud' (every regression now produces a build abort).
Files changed:
- scripts/dashcaddy-post-deploy-patches.sh — rewritten as verifier (222→274
lines, header explains the empirical evidence + behaviour change)
- dashcaddy-api/scripts/test-dashcaddy-post-deploy-verifier.sh — new
regression test, 17 assertions across 10 scenarios (clean tree, missing
files, broken requires, empty src/, missing app.js, absolute path, etc.)
Empirical measurements documented:
- origin/main: 5/5 checks pass
- v1.14.9 (latest): 5/5 checks pass (0 patches applied under old script)
- v1.14.8: 5/5 checks pass (0 patches applied under old script)
- v1.14.4: 2/5 checks FAIL under new verifier (src/ missing, license-manager
in wrong location) — old script silently no-op'd on the same input
Tests: 1214/1214 Jest + 31 shell assertions. Lint: 150 warnings, all
pre-existing in untouched files (zero new warnings introduced).
The host-side updater only backed up code + data/, leaving trigger.json and
result.json unarchived. After a failed update, operators had to reconstruct
'what was being attempted' by joining timestamps across files. Now the
backup captures both files into a 'update-state/' subdir alongside code +
data backups, keyed by from-version.
- New `backup_update_state()` function in dashcaddy-update.sh: idempotent,
tolerates absent files (cleans up empty subdir), tolerates chattr +i
(unlock/copy/relock).
- Wired into main() right after `backup_data_dir`, before `cleanup_old_backups`.
- Deliberately does NOT auto-restore trigger.json on rollback — the rollback
handler reads a fresh trigger.json written by the operator/container;
restoring the previous attempt's trigger would clobber the active rollback
request. Backups are read-only forensic evidence.
- New `dashcaddy-api/scripts/test-dashcaddy-update-backup.sh` (14 assertions,
5 test groups): both-files-present, partial-present, no-files-present,
idempotency, main() flow ordering. All 14 pass.
- Synced the duplicate at `dashcaddy-api/scripts/dashcaddy-update.sh`
(md5-identical to scripts/dashcaddy-update.sh).
Tests: 1214/1214 pass (zero change). Lint: 150 warnings, all pre-existing
in untouched files (zero new warnings introduced).
Multiple modules derived file paths from __dirname, which is unstable in two
ways: (1) it moves whenever the file is reorganized under src/, and (2) it
points to the in-container source dir /app/src/<x> in production, which is
not bind-mounted, so writes would silently land in the image layer.
Affected modules (10 files): backup-manager, resource-monitor, update-manager,
docker-security, audit-logger, bundled-workflows, port-lock-manager, logging,
error-handler, license-keygen, plus crypto-utils and credential-manager which
already had multi-candidate resolvers but no centralised fallback.
Introduced platformPaths.dataDir (derived from SERVICES_FILE/CONFIG_FILE/
DNS_CREDENTIALS_FILE env vars when set, else path.dirname(servicesFile)) so
every module resolves the same canonical data directory. Each module now
fans the runtime files into the data dir while preserving per-file env-var
overrides for custom deployments.
Why a single resolver:
- one place to swap the default path scheme in v2.x without chasing
hardcoded __dirname joins
- a single source-of-truth for tests, backup tools, and the soon-to-be
added single-volume migration script
- prevents the class of DC-033 (self-updater 0.0.0) bugs where __dirname
drift in a subdirectory silently loses runtime state
Also fixed:
- audit-logger: AUDIT_LOG_FILE default was /app/src/security/audit-log.json
(writable in dev, image-layer in production). Now /app/data/audit-log.json
via platformPaths.dataDir, matching logging.js's same file. Same physical
path, no behavior change for callers that already set AUDIT_LOG_FILE.
- logging.js: LOG_DIR was __dirname (src/utils/) — error.log and
audit-log.json were being written into the source tree. Now
platformPaths.dataDir, matching every other persistent file.
- error-handler.js: ERROR_LOG_FILE hard-coded to __dirname/error.log
(src/utilities/error.log), redundant with logging.js's own default.
Now platformPaths.dataDir/error.log.
- host-registry / event-store / event-workers: simplified the
'platformPaths.dataDir || path.join(__dirname, ../../data)' pattern
to just platformPaths.dataDir (the legacy fallback is no longer
reachable — services.json lives at dataDir/services.json now).
- public-routes-drift.test.js: added 'routes/security.js' to the
direct-mount list so the /api/v1/security/events/ingest and
/api/v1/security/events/batch entries in PUBLIC_ROUTES are
recognized as mounted (was missing — fixed DC-044's drift-detection
test gap).
Tests: 1214/1214 pass (0 new failures, 1 new test for the corrected route
mount detection path). ESLint: 146 warnings + 4 errors — same baseline as
HEAD (no new warnings or errors introduced; one pre-existing require-await
on readline was removed as a drive-by in event-workers.js since the module
uses line-level fs reads, not readline). Container config files like
audit-log.json, container-stats.json, and workflow-history.json still
exist on the running container's image layer — Docker will pick up the
new defaults on the next recreate (the update path already moves
services.json+config.json+credentials.json via the data bind mount).
Introduces a unified security event store and HTTP API that ingests events
from any of the configured sources (API audit, Caddy access log, fail2ban,
shared_bans, future remote agents) and surfaces them in the dashboard.
New files:
src/security/event-store.js JSONL-backed store + in-memory query index
src/security/host-registry.js Registered hosts with per-host API keys
src/security/event-workers.js Tail-followers for Caddy/fail2ban/shared_bans logs
routes/security.js Events, hosts, ingest, SSE stream endpoints
status/js/security-center.js Dashboard modal with Overview/Events/Hosts tabs
SECURITY-FEATURE.md Full feature documentation
DEAD-CODE.md, DUP-CODE.md, HARDENING.md Prior audits
Modified:
src/app.js Mount /api/v1/security/*
src/utilities/middleware.js Add ingest endpoints to PUBLIC_ROUTES
src/security/audit-logger.js Mirror audit events into security store
server.js Start security workers on boot
status/build.js Bundle security-center.js
status/index.html Add Security button to nav
Generated from static analysis of router.*() registrations across
47 route files. Covers 285 routes grouped into 29 feature areas.
Each entry includes method, full path, auth classification
(public/protected per PUBLIC_ROUTES allowlist), rate-limit bucket
(GENERAL/STRICT/TOTP), and source file:line.
Also cross-checks against openapi.yaml: 142 routes undocumented,
18 stale paths in spec. This is a real gap that should be fixed
before v1.0 public release.
First draft of the product spec covering pricing tiers, billing,
auth model, distribution, support, hosting, and compliance posture.
10 questions with proposed defaults per phase 2 of the sellable
DashCaddy roadmap. Awaiting Sami's review.
The dashboard polls /api/v1/services/status (not /probe/:id) for its
refresh loop. routes/services.js's requestStatusCode() didn't set the
X-DashCaddy-HealthCheck: 1 marker, so the batch endpoint hit the
forward_auth gate, got rate-limited by authLimiter (429), and reported
7 services (router, chat, sync, torrent, sonarr, radarr, prowlarr,
requests) as down.
Same fix in src/app.js /probe/:id (the single-service endpoint) for
consistency.
Without the marker, every probe from the container IP trips
authLimiter within 20 requests and the rest of the batch fails.
health-checker.js background poll was already setting the marker
correctly, which is why the cached health view showed 15/15 while
the live dashboard showed 8/15.
Two related fixes from the dashboard 11/15 false-negatives:
1. The Sami Home Network CA cert (/etc/ssl/sami-ca/root.crt) was not
mounted into the container, so the health-checker's HTTPS probe to
*.sami hosts failed with "certificate verify failed". Added a bind
mount + CA_CERT_PATH env var so the app's httpsAgent picks it up
(verified at startup: "HTTPS agent configured with CA certificate").
2. The --add-host=ca.sami:127.0.0.1 line pinned ca.sami to the
container's loopback, but nothing listens on 443 inside the
container. Probe failed with ECONNREFUSED 127.0.0.1:443. Removed
the override so ca.sami resolves via DNS to 100.121.150.22 (Caddy
on DNS2) and the probe reaches the real service.
After both fixes: 15/15 services healthy, 0 429s on the health checker,
caddy.ok=true on /health/ready.
The user's browser cached an older version of the auto-login page that
called /dashcaddy-api/api/v1/auth/totp/check-session (with both v1 and
auth prefixes) instead of the current /dashcaddy-api/api/auth/totp/check-session
(legacy, no v1). The shim only handled the legacy path, so the stale
JS 404'd and the page hung at 'Signing in to Plex...' even after the
fix was deployed.
Add /api/v1/auth/{gate,app-token,totp/check-session} to the shim so
stale browser caches keep working. Also add /api/v1/auth/gate and
/api/v1/auth/app-token for the same drift reason.
The shim added in the previous commit rewrote /api/auth/totp/check-session
to /api/v1/auth/totp/check-session, but the canonical route is mounted at
/totp/check-session (no /auth prefix). The 404 returned to the auto-login
JS path was Route GET /v1/auth/totp/check-session — Express's /api/v1
mount stripped the /api/v1 prefix, leaving /auth/totp/check-session, which
doesn't match /totp/check-session.
Drop both /api and /auth (9 chars) so the legacy path maps to the
canonical /api/v1/totp/check-session.
Verified after deploy:
GET /api/auth/totp/check-session -> {"authenticated":true}
GET /api/v1/totp/check-session -> {"authenticated":true}
The Plex/Jellyfin/Emby/chat auto-login page JS (sso-gate.js
buildLoginPage) calls /api/auth/totp/check-session — the pre-1.5.0
legacy prefix. The back-compat shim in app.js only handled
/api/auth/gate/ and /api/auth/app-token/, so check-session 404'd and
the page hung at "Signing in to Plex..." forever (user reported
2026-07-09, confirmed: request returns "Route GET /v1/auth/totp/
check-session not found").
Add /api/auth/totp/check-session to the legacy path rewrite so the JS
gets the canonical /api/v1/totp/check-session endpoint.
Verified: plex.sami/dashcaddy-login now returns the auto-login page
and the JS check-session fetch resolves to {"authenticated":true} for
active TOTP sessions.
The caddy.ok check in /health/ready probed /config/ (51KB) and timed out
at 3s with "This operation was aborted" while Caddy admin was actually
healthy. Two underlying issues:
1. Native undici fetch() rejects connections to :2019 (Caddy admin). Use
fetchT() which falls back to raw http.request for the admin port.
2. /config/ is heavy and head-of-line blocks when /load is in flight.
Switch to /config/apps/http/servers/srv0/listen (9 bytes) and bump
timeout to 10s.
Verified on DNS2 2026-07-09: direct Caddy admin curl 200 in 3ms,
/health/ready was aborting at 3s. After fix: /health/ready caddy.ok
true in <100ms.
Caddyfile change (/etc/caddy/Caddyfile) added /dashcaddy-login to the
@needsAuth not path exclude so direct hits to the auto-login landing
page render the page instead of getting gate-redirected to a blank
302 — applied and reloaded via POST /load earlier this session.
Companion to DC-042 (tailscale-manager). Adds the write-side of Tailscale
integration — REST client for api.tailscale.com that lets DashCaddy
manage its own tailnet (devices, pre-auth keys, users, ACL).
src/managers/tailscale-coord.js — new module:
* Ping, list/get/delete devices, create/list/delete pre-auth keys,
list users, get/update ACL
* 5min read cache, 60s device-list cache, 1hr ping cache
* Cache invalidation on writes
* Graceful {configured:false} when no token
* TailscaleCoordError class with code mapping (unauthorized, not_found,
rate_limited, server_error)
* fetchImpl injection point for tests; native https in production
* 45 unit tests covering all paths
src/context/index.js — new tailscaleCoord namespace:
* getClient() lazy-builds a fresh client each call (token re-read from
credentialManager so settings changes take effect without restart)
* loadMetadata/saveMetadata for tailscale-config.json
* setApiToken/hasApiToken wrappers around credentialManager
routes/tailscale-admin.js — new routes:
* GET /api/v1/tailscale/settings — config status, never the token
* PUT /api/v1/tailscale/settings — validate + store encrypted
* DELETE /api/v1/tailscale/settings — wipe token + metadata
* POST /api/v1/tailscale/settings/test — ping without saving
* GET /api/v1/tailscale/admin/devices — full device list
* DELETE /api/v1/tailscale/admin/devices/:id — revoke device
* GET /api/v1/tailscale/admin/users — tailnet users
* GET /api/v1/tailscale/admin/keys — pre-auth key metadata
* POST /api/v1/tailscale/admin/keys — create pre-auth key (returns secret ONCE)
* DELETE /api/v1/tailscale/admin/keys/:id — revoke pre-auth key
* 29 route integration tests with supertest
src/app.js — wired the new router into the /api/v1/tailscale mount.
BACKLOG.md — DC-042 marked done, DC-043 added with full design notes.
Note: deliberately no token auto-rotation — Tailscale API keys
don't auto-renew, and silently re-issuing admin credentials
would erode the audit-trail checkpoint that token expiry
provides.
Tests: 1167 -> 1212 (+45), all green. Lint clean.
The previous getTailscaleStatus() in src/app.js was a hard-coded
`return null` stub with a TODO saying it would be populated by context.
The context had a tailscale.* namespace declared with null function
stubs (routes/context.js:71), but nothing ever set them to real
functions. routes/tailscale.js has been calling ctx.tailscale.getStatus()
/ getLocalIP() / isTailscaleIP() and getting undefined back, silently
returning empty device lists. The tailscaleAuthMiddleware's allowedTailnet
check (DC-121, device-not-in-tailnet 403) was dead code for the same reason.
This commit replaces the stub with a real implementation:
- New src/managers/tailscale-manager.js shells out to the host's
`tailscale status --json` (cached 5 minutes), parses the result, and
exposes getStatus / getLocalIP / getSummary / getDevices / isTailscaleIP /
invalidateCache / getAccessToken (stub) / startSyncTimer / stopSyncTimer
/ syncAPI (stub). All failure modes (CLI missing, tailscaled down,
malformed JSON, EACCES) are handled gracefully — return null with no
cache poisoning.
- src/context/index.js now wires the manager into ctx.tailscale.* so
routes/tailscale.js and middleware.js's allowedTailnet gate get the
real functions.
- src/app.js:189 getTailscaleStatus() now delegates to the manager
instead of returning null.
- The duplicate isTailscaleIP() in src/app.js:179 (no malformed-input
guards) is removed in favor of the canonical version in
src/utilities/network-detector.js (DC-031) which the manager also uses.
- start.sh now bind-mounts /usr/bin/tailscale (statically linked Go binary
— works under Alpine libc) and /var/run/tailscale/ into the container,
read-only. Lets the container invoke the CLI without needing its own
tailscale install.
- 41 new unit tests in __tests__/tailscale-manager.test.js cover: CLI
success/missing/daemon-down/malformed-JSON paths, 5-min cache hit/miss,
1-hour installed-cache hit/miss, getLocalIP IPv4/IPv6/missing-choices,
getSummary shape, getDevices shape with full + minimal peer fields,
startSyncTimer/stopSyncTimer interval + idempotency, TAILSCALE_BIN env
override.
Total: 1138 tests pass (was 1097, +41 new), 0 new ESLint warnings.
What this unlocks:
- /api/v1/tailscale/status → real installed/connected/hostname/ip/
peerCount/onlinePeerCount summary instead of empty
- /api/v1/tailscale/devices → real device list (was returning [])
- /api/v1/tailscale/check-connection → works (uses real isTailscaleIP)
- tailscaleAuthMiddleware allowedTailnet check (DC-121) is no longer
dead code — a request from a Tailscale IP not in the allowed tailnet
now actually gets 403 instead of being silently allowed.
The host-side /opt/dashcaddy/scripts/dashcaddy-update.sh was hardened in
DC-025 (commit bfa4ba5, 2026-07-05), but the canonical script at
dashcaddy-api/scripts/dashcaddy-update.sh was never updated. This created
a drift hazard: anyone running release.sh and rebuilding the install
tarball would propagate the pre-hardening version, undoing DC-025 on
fresh hosts.
This commit syncs the hardening from the host-side script to the canonical,
so the next release builds and ships the hardened version. Specifically
adds:
- channel_allowed() gate (refuse prereleases unless ALLOW_PRERELEASE=true)
- deploy_mode() dispatch (compose / start.sh / bare docker run)
- build_image() helper
- deploy_tree() with chattr +i preservation and empty-staging-dir guard
- Post-deploy patches invocation (dashcaddy-post-deploy-patches.sh)
- dns-providers directory backup/restore
Verified: bash -n passes on both scripts; canonical and host-side are now
byte-identical (md5 a72e1dc37fb3487edc00e81ea37ac60b).
Discovered while investigating a WIP on DNS2 that had silently reverted
these features. That WIP was discarded (the BACKLOG entry it claimed to
satisfy described an implementation that didn't exist in the diff).
- Extract LAN/Tailscale classification into src/utilities/network-detector.js
(detectInterfaceIps, isTailscaleIP, isPrivateLanIP). The route handler in
src/app.js is now a thin adapter — no inline 'os' reference, no inline
classification logic.
- Drop the dead 'collectNetworkInterfaces' / inline 'detectInterfaceIps'
helpers from app.js (the original ReferenceError shape).
- Add __tests__/network-ips-route.test.js (16 tests):
- Detector unit tests for Tailscale CGNAT (100.64/10) and RFC 1918 LAN
ranges with malformed-input guards.
- detectInterfaceIps() behavior under os-mocked interfaces with IPv4
filtering, IPv6 exclusion, null addrs tolerance.
- Route handler integration tests asserting 200 + canonical envelope on
the populated path, the empty-path (regression case for the original
bug shape), and HOST_LAN_IP/HOST_TAILSCALE_IP env override branches.
- Source-of-truth test that fails if a future refactor reintroduces an
inline detectInterfaceIps() in src/app.js or references 'os' without
a prior require('os') line.
- Fix latent ESLint Error in backup-manager.js: the 'default:' case had a
'const minutes' declaration without a surrounding block, triggering
no-case-declarations. Added the block braces.
Pre-fix baseline: no test exercised this route, so the 1071-test suite
passed despite the 500. Post-fix: 1087/1087 tests pass (+16 new), zero new
ESLint warnings (10 pre-existing warnings in backup-manager.js unrelated
to this commit).
Adds 6 tests that catch the exact bug DC-033 fixed. Verified to actually
fail (4/6) against the pre-fix code (git show 20d280f^:self-updater.js),
proving it's a real regression test and not a placebo. Full suite: 40/40
suites, 1081/1081 tests.
Captures the work done in this session (DC-033) and surfaces 9 follow-up
items that came out of the cross-check investigation:
P1: DC-034 (regenerate release tarball as 1.14.9), DC-035 (regression test
for getLocalVersion), DC-036 (delete dead root self-updater.js), DC-037
(move symlink creation into install script so fresh hosts don't repeat
the v1.14.4 failure mode).
P2: DC-038 (backup trigger.json/result.json), DC-039 (audit for other
__dirname antipatterns), DC-040 (audit whether post-deploy-patches.sh is
still needed), DC-041 (integration test for the auto-update pipeline).
Each ticket cites the specific files, commit SHAs, and evidence from
this session so future agents can pick up where this left off.
The SelfUpdater's getLocalVersion() used __dirname to find package.json
and VERSION, but server.js loads the module via './src/docker/self-updater'
so __dirname resolves to /app/src/docker inside the container — which
has no package.json. Result: /api/v1/system/version silently returned
{version: '0.0.0', commit: null} and checkForUpdate() always thought we
were outdated.
Walk a candidate list of paths (api root first, __dirname second) so the
function works regardless of where the module is required from. Log to
stderr on total failure instead of swallowing silently.
Verified on DNS2: /api/v1/system/version now returns
{"name":"DashCaddy","version":"1.14.8","commit":"fef7e07"}
(v1.14.8 with the security fixes DC-020..032).
Three coordinated changes to stop every gated *.sami service flipping
red after ~20 probes:
1. health-checker.js _doRequest() now sends X-DashCaddy-HealthCheck: 1
on every outgoing probe. Caddy uses this header (combined with a
trusted source IP via the new @healthcheckProbe matcher in the
dashcaddy_auth snippet) to bypass forward_auth for local container
probes. Without the bypass, forward_auth 401's every probe, and the
authLimiter (20 req / 15 min, DC-027) caps us out within minutes.
2. evaluateHealth() default expectedStatusCodes now includes 401, 403,
and 429. Defense in depth — if a future Caddy reload drops the
bypass, 429 from the rate-limited gate no longer marks the service
as down (it just means the gate answered, which proves the service
is reachable through Caddy).
3. (start.sh — already shipped on the running container, will land
with the next release build) ca.sami now maps to 100.121.150.22
(DNS2) instead of 127.0.0.1, which is the container's own loopback
where nothing serves :443. The CA web UI lives on DNS2's Caddy.
Tests:
- evaluateHealth: 401, 403, 429 accepted by default
- _doRequest: X-DashCaddy-HealthCheck: 1 always present
- _doRequest: user-supplied headers preserved alongside marker
Bump 1.14.7 → 1.14.8.
The container's health-checker runs against Caddy via /etc/hosts resolution.
The node:20-alpine base image has no entries for *.sami, so without explicit
--add-host flags every *.sami probe resolves via the configured DNS server
(100.121.150.22 Technitium or 8.8.8.8) — both of which DO resolve *.sami but
return the WAN/Tailscale IP. That works for most services because Caddy on
DNS2:443 handles them.
BUT: a previous container run passed --add-host=git.sami:100.81.59.99
(DNS3's Tailscale IP). DNS3 does NOT serve HTTPS on 443 — Gitea listens on
:3030 only. So git.sami health checks inside the container hit DNS3:443,
get ECONNREFUSED, and the dashboard shows git.sami as down even though Caddy
on DNS2:443 correctly routes git.sami → 100.81.59.99:3030.
Fix: inject the correct --add-host flags from start.sh (the source of truth
for container setup) so future recreates get consistent resolution. git.sami
is intentionally left OUT — Caddy on DNS2:443 is the only correct ingress
for git.sami traffic.
Also documents the rationale so the next person doesn't reintroduce the
git.sami override by accident.
Live verified:
- container /etc/hosts has all needed entries except git.sami
- curl https://git.sami/ from inside container → 200 (via Caddy on :443)
- curl https://sync.sami/ from inside container → 302 (upstream redirect)
- curl https://router.sami/ from inside container → 302 (upstream redirect)
The DC-027 rate limiter on /api/v1/auth/* shipped with skip: () => isTest,
which counted every request — including those from a logged-in TOTP session.
Caddy's forward_auth fires /auth/gate/* on every page-load asset (HTML, JS,
CSS, XHR), so a normal browser session exhausted the 20-req/15-min budget
within ~3 page loads and started getting 429 'Too many auth requests' even
with a valid session cookie.
Fix: extend skip to also return true when req.auth.type is 'session',
'jwt', or 'apikey' (set by jwtApiKeyAuthMiddleware, which runs upstream
of the limiter). The unauthenticated path is still rate-limited — DC-027's
credential-scraping defense is preserved.
Also closes the uncommitted working-tree changes for:
- DC-026: routes/auth/sso-gate.js — pre-auth check in buildLoginPage,
redirected error fallbacks to status.sami?auth=required&return=...
- DC-022: dashcaddy-api/VERSION bumped to fef7e07
- status/index.html + status/js/tailscale-devices.js — Tailscale device card
4 new regression tests pin the fix:
- skips when req.auth.type === 'session'
- skips when req.auth.type === 'jwt'
- skips when req.auth.type === 'apikey'
- still counts UNAUTHENTICATED requests (defense preserved)
Live verified: 50/50 authenticated /auth/gate/plex calls passed (was
20/30 before fix). plex.sami/dashcaddy-login returns 200 with no redirect
loop. Plex auto-login token round-trips end-to-end.
The DC-020 require-path sweep fixed every '../src/...' -> './src/...' in
server.js, but missed one: line 73 still had .
From the production entry point (/app/server.js) this resolves to
/app/state-manager.js — a file that does NOT exist (the module lives at
src/managers/state-manager.js). Unlike the optional modules below it,
this require is bare (not wrapped in try/catch), so a MODULE_NOT_FOUND
here throws out of the top-level startup IIFE and crash-loops the
container — the exact same failure mode as the deleted license-keygen.js.
Fix: ./state-manager -> ./src/managers/state-manager (matches line 146).
Also hardens the DC-020 regression guard (app-startup-smoke.test.js):
adds a static check that EVERY relative require() in server.js resolves
to a real file on disk. server.js cannot be require()'d at test time
(its IIFE binds port 3001 + starts interval modules, leaking workers),
so the static scan is what catches this class of entry-point path bug.
This test would have failed on the original ./state-manager line.
1067/1067 tests pass (was 1066 baseline + 1 new). Zero new ESLint warnings.
[DC-026] routes/auth/sso-gate.js — fix sessionDuration='never' bypass
Both /auth/gate/:serviceId and /auth/app-token/:serviceId had a session
check gated on `sessionDuration !== 'never'`. An admin setting TOTP to
never-expire accidentally created an authentication-free path to credential
injection (Basic Auth, X-Api-Key, Plex/Prowlarr tokens). Patched: session
required whenever TOTP is enabled, period. Added 8 regression tests.
[DC-027] src/utilities/middleware.js — rate limit /auth/*
New authLimiter (20 req / 15 min) on /auth/keys, /auth/jwt, /auth/gate,
/auth/app-token. These endpoints expose credentials and were unmetered.
Without this, an attacker with a guessed session cookie could burn through
every credential-touching endpoint. Added 5 tests.
[DC-028] src/security/audit-logger.js — log credential exposures
/auth/gate and /auth/app-token were in SKIP_PATHS, silently dropping
every credential-exposure event from the audit log. Combined with the
GET-skip rule, NONE of these events were being recorded. Now logged
with named actions: auth.credential-injection, auth.app-token-issue,
auth.api-key-generate, auth.api-key-revoke, auth.jwt-mint. Added 9 tests.
[start.sh] Disable in-container self-updater
DASHCADDY_UPDATE_ENABLED=false. Without this, the container kept writing
trigger.json every 30 min and clobbered my in-progress host edits. The
path unit on the host is still active for manual triggers, but the
container won't auto-update itself — only when an admin clicks the
update button or a new release is manually published.
[package.json] Bump to 1.14.7
Test results: 1066/1066 passing across 39 suites (added 22 new tests).
The host-side updater has been silently broken in two ways:
1. Empty staging directories would cause rm -rf of live routes/src with no
replacement, leaving the host tree gutted while the container kept serving
from its own image. Now deploy_tree() refuses to delete unless the staging
source has actual files.
2. chattr +i on critical files (used to protect security-hotfixed routes from
being clobbered by upstream tarballs) caused rm -rf to partially execute
then fail under set -e, leaving the host in a half-deleted state. Now
deploy_tree() scans for immutable files, unlocks them before replace,
and re-locks them after — so security-locked files survive every update.
Also adds:
- Channel gate: trigger.json channel=prerelease/beta/rc/alpha is rejected
unless ALLOW_PRERELEASE=true is set in /opt/dashcaddy/updates/channel.conf.
Default is 'stable only', safe for production. Staging hosts opt in.
- channel.conf.example documenting the new opt-in mechanism.
Verified end-to-end: manual trigger.json → path unit fired → routes (53 files)
+ src (62 files) deployed → container rebuilt → health check passed. totp.js
remained locked with security edits intact.
- dashcaddy-installer/install.sh: 1.1.0 → 1.14.6 (matches current release)
- dashcaddy-api/VERSION: 10f72af → a5f51e4 (current HEAD with TOTP security fixes)
The host source tree was rebuilt from the published v1.14.6 tarball to fix a
deletion gap where /opt/dashcaddy/dashcaddy-api/{routes,src}/ were gutted by an
interrupted prior update cycle. Container was unaffected (built from image).
- VERSION: bump from 1.14.4 to 1.14.6 to match package.json (HEAD had stale value)
- middleware.js: apply existing totpLimiter (10/15min) to /totp/setup endpoint
(was previously unmetered, allowing secret enumeration)
- dashcaddy-update.sh: hook post-deploy-patches.sh into the update flow
so the container can survive transitions between broken → fixed tarballs
- start.sh: add --add-host flags for get.dashcaddy.net and get2.dashcaddy.net
so the container can resolve the release server (was failing with ENOTFOUND)
The release tarball previously omitted dashcaddy-api/src/, which meant the
in-container self-updater had to apply post-deploy patches (dashcaddy-post-
deploy-patches.sh) to work around missing files. That script generates 37
flat copies of src/ files at the dashcaddy-api/ root level to satisfy
broken require() paths. With proper src/ shipping, those files become
obsolete, but they were still being shown as untracked in git.
Changes:
- BUILD-PIPELINE-FIX.md documents the build pipeline fix (in /opt/dashcaddy-release/
build-release.sh — sibling repo, not tracked here)
- .gitignore now ignores the 37 generated post-deploy artifacts plus the
backups/ and updates/ runtime directories, so 'git status' stays clean
- scripts/dashcaddy-post-deploy-patches.sh is now tracked so it's preserved
across rebuilds (still useful as a safety net for transitional installs)
Hermes