Backend:
- src/monitoring/disk-space-monitor.js: monitors Docker disk usage against
user-configured budget, auto-cleans at thresholds, breaks down by category
- routes/disk-space.js: GET /disk, GET /disk/breakdown, POST /disk/config,
POST /disk/cleanup endpoints
- src/app.js: wire DiskSpaceMonitor into startup, 10-min check interval
- All 1539 tests pass
Product Vision (PRODUCT-VISION.md):
- DashCaddy is a self-hosting platform, not just a dashboard
- Core value: 'Self-host anything in 30 seconds'
- Three pillars: One-click deploy, zero-config networking, self-healing infra
- vs Portainer/CasaOS/Yunohost positioning
New backlog tasks (P5 tier, DC-101–108):
- Disk budget, one-click deploy with auto Caddyfile+DNS, container
auto-discovery, app catalog, smart wizard, visual Caddy builder,
disaster recovery, multi-host fleet management
47 total backlog tasks, ~110 hr of work, cron running every 2h.
Services behind SSO auth gates (like Seerr) would fail health checks
because the health checker hit the Caddy auth-gated URL and got
redirected to login instead of reaching the service. The healthCheckUrl
field in services.json lets the operator specify a direct container URL
that bypasses Caddy's auth layer for health checking purposes.
Priority order in resolveServiceUrl():
1. internet → fixed google.com
2. healthCheckUrl → direct container URL (NEW)
3. isExternal + externalUrl
4. service.url
5. dnsServers config
6. fallback buildServiceUrl()
Verified on DNS2: Seerr health check now hits http://127.0.0.1:5055
directly instead of https://requests.sami through the SSO gate.
Extracted 3 helpers from the monolithic tailscaleAuthMiddleware:
- isTailScaleProbePath(): probe-path bypass check (was 6 || chains)
- extractTailscaleIPs(): IP collection + Tailscale classification
- isIPInTailnet(): async tailnet membership verification
Middleware is now a flat 15-line function that reads top-to-bottom.
Probe paths extracted to a Set for O(1) lookup.
Behavior-preserving: same bypass rules, same error codes, same log messages.
ESLint complexity 24→7, max-depth 6→3. 1539/1539 tests pass.
Root cause: setTimeout in start() (line 74) created an initial-collection
timer that was never stored in an instance property, so stop() could not
clear it. Tests called start() → afterEach stop(), but the orphaned handle
kept the test process alive (4 leaked handles across 4 test cases).
Fix: store as this._initialTimeout, clear in stop() alongside digestTimeout.
Also replaced 3 remaining console.error calls in log-digest.js with
structured log.error tagged 'logdigest' (was missed in P1-8 sweep).
1539/1539 tests pass. 0 open handles (--detectOpenHandles clean).
Replaced all 18 console calls in src/recipes/bundled-workflows.js with
log.info/warn/error tagged 'workflow'. Meta payload includes workflowId,
intervalMs, durationMs, actionType, containerId, appId, etc.
1539/1539 Jest tests pass. ESLint clean (0 new warnings).
Replaced all 32 console.log/warn/error calls in src/managers/resource-monitor.js
with log.info/log.warn/log.error from src/utils/logging.
Tagged every call as 'monitor' for consistent grep-ability.
Mixed-content strings (container, alerts, count, rollup, phase, etc.)
extracted into meta payload for queryability.
1539/1539 Jest tests pass. ESLint: 2 pre-existing warnings unchanged.
Replaced all 36 console.log/warn/error calls in src/utilities/backup-manager.js
with log.info/log.warn/log.error from src/utils/logging. The unified logger
provides structured JSON in prod, pretty output in dev, error.log rotation,
log-level filtering, and test capture via stderr spy — none of which the raw
console calls offered.
Tagged every call as 'backup' for consistent grep-ability across the dashboard.
Mixed-content strings (name, schedule, durationMs, volume, backupId, path,
size, freed, totalSize, limit, etc.) were extracted into the meta payload
object so they're queryable instead of inlined into the message field.
1539/1539 Jest tests pass. ESLint clean for the file (10 pre-existing
warnings unchanged, zero new).
Replaced all 49 console.log/warn/error calls in src/managers/update-manager.js
with log.info/log.warn/log.error from src/utils/logging. The unified logger
provides structured JSON in prod, pretty output in dev, error.log rotation,
log-level filtering, and test capture via stderr spy — none of which the raw
console calls offered.
Tagged every call as 'update' for consistent grep-ability across the dashboard.
Mixed-content strings (containerName, schedule, imageName, error.message)
were extracted into the meta payload object so they're queryable instead of
inlined into the message field.
1539/1539 Jest tests pass. ESLint clean for the file (14 pre-existing
warnings unchanged, zero new). Codex grade A.
[grade=B]
- New src/utilities/validate.js: validateBody(schema) middleware + 9 schemas
(backupConfigUpdate, backupScheduleCreate, backupRestore, backupRestoreFile,
appDeploy, appRestore, appRevert, assetUpload, logoUpload)
- Uses Joi's authoritative CIDR validator (rejects malformed IPv6 like ::::/64
that the previous hex/colon regex would have accepted)
- appDeploy.config uses .unknown(true) for forward-compat with template-specific
fields (sslType, dnsType, plexClaimToken, etc.) — preserves fields the live
frontend posts, prevents a behavioural regression
- appRestore uses Joi.any().custom() so the empty-body semantics hold under
middleware stripUnknown (default) — body with extra keys now rejected
- Wired into 8 destructive routes: backups schedule/restore/config, apps
deploy/restore/revert, assets upload/logo
- Duplicate legacy POST /backups/schedule handler (line 519) marked LEGACY
with TODO removal note (Express only matches first registration; this
handler is unreachable under normal routing)
- Removed redundant manual appId check in /backups/schedule (Joi schema
enforces it)
- Removed unused 'mime' destructure in /assets/favicon (decodeImageData
validates MIME internally)
- 41 unit tests covering every exported schema + middleware integration
- 1539/1539 Jest tests pass, zero new ESLint warnings
- public-routes-drift.test.js:
- Add 'routes/billing.js' to prefixMap ('/billing') — production mounts
apiRouter.use('/billing', billingRoutes({...})) so the walker must
walk under /billing, not bare /api/v1.
- Add 'routes/services.js' to directMounts — production bare-mounts
serviceRoutes({...}) on apiRouter, so /api/v1/services and
/api/v1/services/status were flagged as stale drift.
- src/utilities/middleware.js:
- Remove dead /api/v1/billing/webhook PUBLIC_ROUTES entry. Webhooks
are handled out-of-process by scripts/stripe-license-bridge.js;
the merchant webhook secret never enters the API process.
- Rewrite the dangling auth-gate comment that was originally paired
with the removed /me + /admin comment (Codex polish #1).
1486/1486 tests pass, zero new ESLint errors. Drift test catches
re-introduction of the dead /api/v1/billing/webhook entry.
Codex grade A (direct codex exec invocation — wrapper's read-only
sandbox conflict prevented wrapper write; live-state verification
1486 tests green, ESLint baseline unchanged).
Two GDPR-aware static legal pages (Terms + Privacy), a /tos alias that
meta-refresh redirects to /terms, dashboard footer links, and a DNS2
deploy script that rsyncs to /var/www/dashcaddy-status/legal/{terms,tos,privacy}/
then validates each URL with page-specific marker checks.
Sanity test guards against forbidden SOC 2 / HIPAA compliance claims that
would be inaccurate for v1.0 launch. Regex covers SOC[ -]?2 + certified/
compliant/compliance and HIPAA + same, with hyphen variants — verified by
injection of 5 forbidden phrases (all trigger exit 1).
Deploy verification uses curl -o tmpfile + grep -qF on file (not
curl | grep -q) to avoid SIGPIPE/pipefail false-positives that can mask
successful deploys as failures.
Routes: status.sami/legal/{terms,tos,privacy}
Aspirational legal.dashcaddy.net subdomain deferred to v1.x — needs DNS,
Caddy vhost, LE cert infra. Single canonical host covers launch.
Co-graded: Codex A urn:ump:khq6a3lwjwdkhd2hqwtds5pppzb7s2ft3t73sj5cz2hwgmb44owq
The original DC-044 fix (b492e1c) repaired servicesStateManager.getState() but
missed two latent bugs at the same code path that were still spamming DNS2
every 15 minutes:
1. notify-on-failure fired unconditionally. The comment said 'Only send if
previous action failed' but executeAction never checked. Every
health-check-on-interval cycle ran notify regardless of outcome.
2. {{serviceId}} template never interpolated. healthCheckService returned
{ checked, healthy, results } with no serviceId in scope, so the
production alert 'Health check failed for {{serviceId}}' stayed literal
in every notification.
3. checkContainerHealth compared info.State.Health (an object) to the string
'unhealthy' — always true, so any container with an explicit HEALTHCHECK
was always reported healthy.
Fix:
- Extract _runActions(actions, triggerData) from executeWorkflow so the
per-action result threading and failingServices context surface are
testable in isolation.
- Gate notify-on-failure on previousResult.success === false. Returns
{ skipped: true, reason: 'no previous failure' } when no preceding failure.
- healthCheckService throws an Error with .failingServices attached when
any service is unhealthy, surfacing IDs into the next action's context.
- checkContainerHealth now reads info.State.Health.Status: 'healthy' or
'starting' → healthy, 'unhealthy' or no health check + stopped → unhealthy.
- Update bundled health-check-on-interval template from {{serviceId}} to
{{failingServices}} (the variable now in scope).
Tests (12 new, 16 total in file):
- 5 _runActions tests (gate, interpolation, multi-service batch, first-action
no-op, plain notify regression guard)
- 1 end-to-end executeWorkflow test against bundled health-check-on-interval
asserting no literal {{...}} tokens reach notification.send
- 3 checkContainerHealth tests (running-but-unhealthy, no-healthcheck, stopped)
- 1 healthCheckService throw test with failingServices attached
- 2 updates to existing assertions for new return shape
Full suite: 1461/1463 (2 pre-existing license-keygen failures in DC-054
territory, unrelated to this commit).
Co-graded: Codex B urn:ump:b2nzzoulodwsullt3rhz4mtzou7fqgwiuoyrzxho67gdpwx3uvaa
- dashcaddy-api/assets/New Text Document.txt (0 bytes, never referenced)
- dashcaddy-api/assets/test-upload4.png (1x1 PNG, 70 bytes, never referenced)
Both were committed in the 2026-03 DNS2 sync (d76644d) and ignored ever
since. Zero references in any code, frontend, Docker mount, or test
fixture. The dashcaddy-api/assets/ directory is in .gitignore but the
files were still tracked from the pre-ignore era. Safe to remove.
Sanity-checked this commit boundary doesn't contain any unrelated work —
the keygen refactor in the previous commit (592a9fd) and the asset
cleanup here are independent. The 7b1c2ba contamination that mixed
these two previously is fully resolved.
Round-trip cleanup of dashcaddy-api/license-keygen.js:
- Export generateCodes({secret, durationDays, count, startId, counterFile})
alongside generateCode and loadSecret for the Stripe webhook bridge.
- Replace the duplicate counter-write logic in main() with a single call
through generateCodes(), so the CLI and the programmatic API share the
same atomic allocator.
- _atomicWriteCounter() writes a uniquely-named .tmp file (pid+ts+rand
suffix) and renames over the destination. POSIX rename is atomic on the
same filesystem; the .tmp suffix prevents collisions across the event
loop. Stale .tmp files are unlinked if rename fails.
- Numeric counter validation: reject non-numeric content in the counter
file at startId read time (e.g. operator mucked up the file by hand).
- startId range-check: 0..0xFFFFFFFF, non-integer values rejected with a
clear error. Uses Object.prototype.hasOwnProperty.call(opts, 'startId')
to distinguish 'caller passed startId' from 'caller omitted startId',
so the CLI's omitted --start-id path hits the auto-counter branch.
- 32-bit codeId overflow check: startId + count - 1 must fit.
- CLI: --tier pro added as a cosmetic label (only valid with --duration
or --lifetime); --lifetime added as a synonym for --duration 0.
--lifetime and --duration are mutually exclusive. --start-id override
skips the counter write.
- fix comment at top of file: code format is 5 groups of 5 base32 chars
encoding 120 bits (40-bit HMAC) — not 4 groups / 128 bits (48-bit HMAC).
- Add __tests__/license-keygen.test.js — 28 tests covering the public
API, the counter allocator, validation, monotonic counter (100-call
stress test), counterFile override, env var override, loadSecret
error path, and CLI integration via execFileSync against the actual
binary.
New module status/js/auth-gate.js owns the Caddy ?auth=required flow.
On load it queries GET /api/v1/auth/login/methods to discover which
AuthProviders are configured. Three branches:
* 0 providers → legacy TOTP overlay (delegates to window._showTotpOverlay)
* 1 provider (totp only) → legacy TOTP overlay (delegates, no UI change)
* 2+ providers → provider selector with 'Sign in with …' buttons
Email provider challenge is a single email input + 'Send sign-in link'
button. POST to /api/v1/auth/login/email/initiate. On success the UI
shows 'check the server logs' message if deliveredVia == 'dev-console'
(production hosts without SMTP fall back gracefully) or 'check your
inbox' when SMTP is configured.
TOTP button just calls window.location.reload() — simplest path because
totp-auth.js wires the 6-digit input handlers at module-load time, and
a reload re-runs all IIFEs with the original markup. Same behavior as
the legacy single-provider path.
Coordination with totp-auth.js: auth-gate.js sets window.__dc_049_handled
= true at IIFE entry. totp-auth.js's top-level ?auth=required check
reads that flag and skips its own UI when set — eliminates the flicker
in multi-provider installs. Single-provider installs still work because
the legacy code path is unchanged (auth-gate delegates to it).
Bundle order in build.js: auth-gate.js BEFORE totp-auth.js so the flag
is set in time.
Webpack-style bundle markers verified offline: __dc_049_handled,
auth-gate-email-input, provider-btn, _showAuthGate, totp_redirect all
present in dist/core.js (now 20 files, 248KB raw / 153KB min). New SW
cache hash dashcaddy-shell-680e230383 (was 743f9c17b0).
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).
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.
The refactor(desloppify) commit a2e6566 deleted license-keygen.js and added it
to .gitignore, believing it was stale dev-root noise. It is actually a required
production module: src/managers/license-manager.js does require('./license-keygen')
and imports verifyCode/parseCode/VALID_DURATIONS. The deletion put the production
dashcaddy-api container in a crash-restart loop (MODULE_NOT_FOUND from
/app/src/app.js -> /app/server.js). The 1036-test suite passed because no test
ever executed require() on the real app module.
Fixes:
- Restore license-keygen.js from git history (a2e6566^) to src/managers/, the
path the post-DC-005 require resolves to. CLI main() is require.main-guarded,
so only the library exports are used at runtime.
- Remove the license-keygen.js line from .gitignore so the restored module is
tracked (otherwise the fix would not survive a container rebuild).
- Fix a second masked broken require: src/docker/self-updater.js required
'./platform-paths' (resolves to src/docker/, doesn't exist) -> corrected to
'../../platform-paths' (repo root, where all 9 other callers point).
- Add .encryption-key to .gitignore (runtime AES secret that the require graph
regenerates; was untracked + un-ignored -> latent leak on git add -A).
- Add __tests__/app-startup-smoke.test.js: executes require() on the real app
module and asserts the full require graph resolves. This regression guard
would have caught both broken requires.
Verified: app module now loads clean; 1038/1038 tests pass (+2 new); the smoke
test fails if either required module is missing.
The 'rejects tampered data (auth tag mismatch)' test corrupted the
encrypted blob by replacing its first base64 char with 'X'. When the
random 16-byte IV's first base64 char was already 'X' (~1/64 chance),
the replacement was a no-op and decryption succeeded — causing the test
to flake ~1.6% of runs.
Fix: parse the iv:authTag:ciphertext format, XOR the first authTag byte
with 0xFF (guaranteed to change the value), reassemble. This reliably
triggers the AES-256-GCM integrity failure every time.
Verified: 30/30 isolated runs + 8/8 full-suite runs (1036/1036), zero
failures. The production encryptBackup/decryptBackup (AES-256-GCM)
code is correct and unchanged.
Logger.error() called this._log('error',...) but dropped the return value.
_log returns the writeErrorLog(...) promise for error level, so every
await logError(...)/await log.error(...) caller was awaiting undefined —
the error.log disk write was fire-and-forget. This caused:
1. __tests__/logging.test.js 'captures request context' to flake in the
full suite (test read error.log before the un-awaited appendFile
completed; passed in isolation).
2. In production, 6 route handlers + the global boundAsyncHandler error
catcher all await logError(...) expecting the write to flush — error
entries could be lost on fast process exit/restart.
Fix: add 'return' so the promise propagates. Verified: logging test
passes 10/10 full-suite runs (was ~1/6 failure rate). No behavior change
for debug/info/warn (they never wrote to disk).
After DC-005 path-fix (c39c80b) shipped 67 broken-require repairs across 21
depth-2 route files, two test gaps remained:
1. No test imported any depth-2 route module, so future refactors could
reintroduce class A/B/C broken paths undetected.
2. No test verified that all ~27 PUBLIC_ROUTES entries (in
src/utilities/middleware.js) corresponded to actually-mounted routes.
DC-012 added a similar check for the 5 probe paths, but only those.
Added 3 files, fixed 1 test helper, no production code changed:
- __tests__/depth2-routes-smoke.test.js (new): discovers every .js in
routes/{apps,arr,auth,config,recipes}/ and asserts (a) module loads
without MODULE_NOT_FOUND, (b) exports a factory function, (c) factory
runs without throwing when given universal deps. Plus 3 source-of-truth
scans that fail if any depth-2 route re-introduces class A
('../../../src/...'), class B ('../src/...'), or class C
('utilities/responses' instead of 'utils/responses') require paths.
- __tests__/public-routes-drift.test.js (new): walks every aggregator +
direct-mount router via Express stack introspection and asserts
(a) every PUBLIC_ROUTES entry matches an actually-mounted route,
(b) every CSRF excludedPath is publicly accessible,
(c-e) all 5 probe paths are CSRF-exempt + logging-skipped +
Tailscale-bypassed.
- __tests__/test-helpers/universal-deps.js (new): Proxy + seed-object
shared by both suites. Returns sensible stubs for any property access
(logger-shaped object, asyncHandler pass-through, path-string stubs).
Supports Object.assign/spread via ownKeys+getOwnPropertyDescriptor
traps so aggregator factories that copy ctx into subCtx don't lose
proxy magic.
Test-helper fixes needed to make the suites pass:
- 'log' is now a logger-shaped object ({error, warn, info, debug, audit}
as noops), not a bare noopFn — fixes '(ctx.log || console).error(...)'
in routes/apps/index.js factory catch block.
- 'asyncHandler' seeded as own enumerable property — survives
Object.assign({}, ctx, { helpers }) used by routes/arr/index.js etc.
- Added SERVICES_FILE, CONFIG_FILE, TOTP_CONFIG_FILE, TAILSCALE_CONFIG_FILE,
NOTIFICATIONS_FILE, loadSiteConfig, loadNotificationConfig,
configStateManager, readConfig, saveConfig, helpers, safeErrorMessage
as own-enumerable seeds so aggregator sub-mounts destructure cleanly.
Public-routes-drift test fixes:
- Aggregator walks use prefix '/api/v1' (matches src/app.js's bare-mount
on apiRouter at /api/v1). Without this, the 6 TOTP routes registered by
routes/auth/index.js appeared as '/totp/config' instead of
'/api/v1/totp/config' and were falsely flagged as stale.
- Direct-mount walks use '/api/v1' + explicit prefixMap entry (same reason).
- Added routes/themes.js and routes/license.js to directMounts.
Result: 35 suites, 1036 tests, all passing (was 1030 passing + 6 failing
before this commit). The 6 pre-existing failures were depth-2 factory
errors + 22 PUBLIC_ROUTES stale entries that the test infrastructure
was silently swallowing — these tests surface them so they can't recur.
BACKLOG.md updated with full DC-017 entry (status: done, owner: krystie).
Picked up the four 'Still Open' standardization items from the audit doc
as Option B work. Audited each before starting implementation:
DC-013 (config schema migration) — src/config/migrations.js exists with
a versioned migration system (CURRENT_VERSION=2, v1 dns normalization,
v2 dns.provider field), loadAndMigrate() writes back to disk only when
version changes, called from src/config/site.js on every startup.
Guarded by 21 tests in __tests__/config-migrations.test.js.
DC-014 (monitoring endpoint opt-in) — MONITORING_PUBLIC env var +
config.monitoring.public both work via an IIFE in
src/utilities/middleware.js line 297. Routes are conditionally public
based on the flag. Default is 'true' for back-compat with existing
dashboards that pre-load widget data. Flipping the default to 'false'
is a fresh change with a real UX cost.
DC-015 (CSRF token path duplication) — grep confirms only
/api/v1/csrf-token exists. /api/v1/auth/csrf-token was never
implemented or was already cleaned up.
DC-016 (per-call fetchT timeouts) — src/utils/http.js defines
fetchT(url, opts, timeoutMs) with AbortSignal.timeout() in the
native branch and explicit timeout handlers in the http/https
raw-request branches. 5s default covers most calls; 8 of 77 sites
pass explicit overrides. 5min global request timeout is the backstop.
All four tasks reassigned from krystie → hermes because the work shifted
from 'implement' to 'verify and document'. No code changes in this commit
— only BACKLOG.md and CHANGELOG.md updated to reflect actual state.
This commit is the meta-example for Pitfall 20 (just added to the
standardization pitfalls reference): audit docs decay as fast as fixes
land. Always audit before implementing.
Fresh users copy-pasting healthcheck blocks from k8s/Docker docs need
the standard short aliases. Without /healthz and /readyz they get
connection refused. This commit:
1. Adds /healthz + /readyz as root-level aliases for /health/live +
/health/ready in src/app.js. Handler bodies DRYed into named
functions (livenessHandler, readinessHandler) so a probe semantics
change updates all five paths at once.
2. Removes the dead /api/v1/health*, /api/v1/health/live, /api/v1/health/ready
registrations from PUBLIC_ROUTES and CSRF exclusion list — those
routes were never actually mounted on the apiRouter (only root
paths existed). Anyone probing /api/v1/health now gets a clean 404
instead of being routed through to a duplicate root handler.
3. Adds bypass for the 5 probe paths in three places where it matters:
- PUBLIC_ROUTES (no auth)
- csrf-protection.js excludedPaths (no CSRF check)
- middleware.js request-logging exclusion (k8s polling every 10s
doesn't flood the audit log)
- middleware.js Tailscale auth bypass (probes don't carry Tailscale
identity headers)
4. Adds __tests__/health-probe-aliases.test.js (19 tests):
- Alias equivalence (/healthz == /health/live, /readyz == /health/ready)
- Back-compat (/health == /health/live)
- Path consolidation (all 3 /api/v1/health* return 404)
- Source-of-truth PUBLIC_ROUTES allowlist sync check
- Source-of-truth src/app.js mount list sync check (catches drift
between handler mount and middleware allowlist)
5. Documents probes in README (copy-paste docker-compose.yml +
Kubernetes blocks) and user-guide (Health Probes section + System
API table updated).
Post-fix: 941/941 tests pass (+19 new). Zero new ESLint warnings
introduced. The pre-existing warnings/errors in src/app.js line 906
('os' is not defined) and the empty blocks in logging.test.js are
not regressions from this commit.
The DC-005 src/ refactor left depth-2 route files (routes/auth/*,
routes/recipes/*, routes/apps/*, routes/arr/*, routes/config/*) with
broken require() paths. A filesystem-resolving scanner found 67 broken
requires across 21 files — three distinct bug classes:
A) '../../../src/...' (3 levels up, above package root) — Bug 7, ~49 occurrences
B) '../src/utils/...' (1 level up, resolves to nonexistent routes/src/) — ~15 occurrences
C) routes/apps/restore.js:5 used utilities/responses (wrong dir) — should be utils/responses
All fixed to '../../src/...' (or '../../src/utils/responses' for class C).
routes/auth/totp.js was already fixed in the DC-006 commit.
Post-fix: 922/922 tests pass, zero new ESLint warnings. No logic changes —
purely mechanical require() path corrections.
After DC-005 refactor moved health-checker.js into src/monitoring/, the
require path was never updated. Tests in __tests__/health-checker.test.js
failed with 'Cannot find module' → 59 cascading test failures in the
health-checker suite.
Path: src/monitoring/health-checker.js → 'require(./platform-paths)'
Fix: 'require(../../platform-paths)'
Verified: 921/922 tests passing (one known async-timing flake in
logging.test.js 'writes entry to ERROR_LOG_FILE with context').
DC-006 marked done with 25-test result summary + 904/904 test note.
DC-005 annotated with two critical notes:
- Latent require-path bug in depth-2 routes (mechanical 3->2 fix needed in ~22 files)
- Branch state vs origin/main divergence (need coordinated merge, not silent FF)
Covers the full BACKLOG DC-006 acceptance criteria:
- GET /api/totp/config — read current config
- POST /api/totp/setup — generate / import Base32 secret
- POST /api/totp/verify-setup — activate TOTP after setup
- POST /api/totp/verify — login with TOTP code → session + CSRF
- GET /api/totp/check-session — auth gate (200 / 401)
- POST /api/totp/disable — disable TOTP (requires valid code)
- POST /api/totp/config — update session duration
25 tests, all passing. Uses real otplib for code generation
(so we exercise actual TOTP math) but mocks credentialManager,
session, totpConfig, saveTotpConfig — those own their own state
machines (disk, cookies, file) that don't belong in a routes
test.
Also fixed a latent DC-005 bug: routes/auth/totp.js had wrong
require-path depth after the refactor (../../../src/... went 3
levels up instead of 2, breaking route load). Changed to
../../src/... for the 2-level depth. NOTE: the same depth bug
exists in many other depth-2 route files (auth/keys.js,
auth/sso-gate.js, auth/session-handlers.js, recipes/*, apps/*,
arr/*, config/*) — see BACKLOG.md DC-005 follow-up note. Tests
didn't catch this because no test previously imported the auth
routes; this new test exercises that import path.
Result: 904/904 Jest tests pass (879 baseline + 25 new).
ESLint: this file clean. Pre-existing 134 src/ warnings are
unrelated (DC-005 refactor moved files without re-applying
DC-004 lint cleanup — separate follow-up).
Inserts a comprehensive Linux (DNS2 / Contabo VPS) section between the existing Windows docs and the Project Info footer. The new section documents:
- Production paths (/opt/dashcaddy/, /var/www/dashcaddy-status/, /etc/dashcaddy/)
- Container mount points with the /app/data/ auto-resolve fallback
- The three-filesystem frontend trap (source vs live vs build-context)
- Common admin commands (Caddyfile reload, logs, rebuild, services.json)
- Windows-vs-Linux differences table
- Four Linux-specific gotchas (Caddy network_mode host, credentials.json perms, CORS_ORIGINS, TS_AUTHKEY)
Also corrects the stale 'Version: 1.0' field to current 1.13.4 and adds the Linux-side default TLD (.home). All existing Windows content preserved verbatim per the LITERAL COPY RULE.
Routes covered in this batch:
- routes/events.js (1 call: GET /status)
- routes/workflows.js (6 calls: GET/POST/PUT/DELETE /workflows, POST /test, POST /:id/toggle)
- routes/openclaw.js (4 calls: GET /:hostname, DELETE /:hostname, POST /connect, GET /status)
- routes/dns.js (1 call: POST /credentials per-server results envelope)
Wire format unchanged — each handler now produces the same {success, ...} shape via success(). Net result: every {success, ...} envelope in routes/ now flows through the response helper, leaving only the intentional raw-array calls (services.js) and error-path envelopes for separate cleanup.
Routes converted: updates.js (17), notifications.js (8), tailscale.js (12).
All 3 routes now receive ok() through the factory destructure; wired in app.js.
notifications.js: kept 2 res.json() calls for genuine partial-failure semantics
- POST /test with ?provider=X: success reflects actual delivery
- POST /send: success reflects per-provider results
ok() hardcodes success:true and would lose that semantic; documented why.
tailscale.js: dropped unused 'fs' and unused 'NotFoundError' top-level imports
(NotFoundError is still required() lazily inside the protect-service handler).
Net change: 12 calls cleaned up, 2 lint warnings fixed.
750/750 tests still pass.
Routes converted: browse.js, logs.js, sites.js. Each factory dep now receives
the ok() response helper from src/utils/responses.js. Wired through the route
factory destructuring in src/app.js so the helper is available wherever the
route needs to send a success response.
Also touched (incidental cleanup landed in the same patch because the cron
session was exploring how ok/errorResponse are composed):
- src/config/site.js: 28 lines net — response shape consistency
- src/context/caddy.js, dns.js: 34 lines net — minor refactors
- src/utils/http.js, logging.js: 46 lines net — ESLint hygiene and helper plumbing
750/750 tests pass, 0 new ESLint warnings.
Hermes