The demo seed plants exactly one failed delivery (BK-H-0020) to demonstrate
retry and audit. Because derive_n8n_status() counted any failure, every fresh
reset pinned the n8n integration to "degraded" -- the demo showed a warning
about a prop, which tells a viewer something untrue about the automation.
The seeded failure now carries its own error code, demoScenarioTimeout, rather
than the generic connectionError a real timeout produces. No column and no
migration: last_error_code already existed, is already surfaced to the UI and is
already localizable.
- integration status splits failed into unexpected_failed and
demo_scenario_failed; only unexpected failures may move the state. A staged
failure alone leaves n8n operational.
- latest_failure_at is a health signal and now ignores the staged failure;
latest_demo_scenario_at reports it separately.
- /api/v1/workflows exposes is_demo_scenario. The Automation page labels the run
as a prepared demo scenario, explains that it is a simulated temporary failure
that does not affect automation health, and offers a distinct "retry demo
scenario" action. Translated in nl-BE, en-GB and fr-BE.
- the carve-out stays narrow: a real failure still degrades n8n, and a genuine
later failure of the same event overwrites the demo code with the real one.
- the retry itself is unchanged and real: the event goes back on the outbox and
the dispatcher delivers it to n8n like any other, so 19+1 becomes 20+0 only on
an actual round trip. The audit records which kind of failure was retried.
Tests that assert on the seeded scenario now reseed first, since earlier test
files legitimately mutate the outbox and the suite shares one database.
Verified locally against a real PostgreSQL 16: 181 passed, ruff clean, mypy
clean (50 files), tsc clean, frontend build clean. Not deployed and not
browser-verified.
Move the two live-validated workflows into n8n/workflows/ (credential-
based auth referenced by name only, no secret values), add a manifest
covering all 4 canonical workflows and a read-only drift-check script
against n8n's Public API. Retire the pre-integration root-level starter
files that still carried the literal-token pattern, and repoint the
Unraid deploy scripts, Makefile targets and runbook at the new files.
Co-Authored-By: Claude Sonnet 5 <noreply@anthropic.com>
The original docs described two n8n workflows but the repository only ever
shipped one (return-processing); the sketched second workflow (knowledge
sync) depends on RAGcore, which isn't connected here, so it stays deferred.
Add POST /api/v1/integrations/n8n/scheduled-scan (X-Service-Token
protected, same pattern as the return callback), calling the same
run_scan() the manual "Run quality scan" UI action uses and recording a
service-actor data_quality_scan_run audit event. run_scan() already only
creates an issue for a condition without one open, so overlapping triggers
do no duplicate domain work.
n8n/mobilityops-scheduled-quality-scan.json (hourly schedule + manual test
trigger, both feeding the same HTTP call) ships "active": false so it can't
fire anywhere until deliberately published. Verified live against the
local n8n instance via the Manual test trigger: full green execution, and
the resulting data_quality_scan_run audit event (actor_type=service,
actor_label="n8n scheduled scan") confirms the real round trip, not just a
contract test. deploy/unraid/setup-scheduled-scan.sh mirrors the existing
return-workflow publish script for the shared Unraid n8n.
NuklearRabbit