Run initial test for Climate Resilience Verification Suite
Add first part of Alert Quality Analytics
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@@ -204,7 +204,7 @@ Documentation complete when:
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- [ ] [resilience/README.md](resilience/README.md) experiment index populated
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- [ ] Six chaos experiments documented with baseline/broken/fixed artifacts
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- [ ] Interview questions #29–32 in [interview-questions.md](interview-questions.md)
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- [ ] `scripts/verify-phase-24.ps1` passes
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- [ ] `scripts/run-phase24-verification.sh` passes
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Implementation complete when all phase exit gates in plans 20–24 pass and integration tests green.
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@@ -0,0 +1,145 @@
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# Phase 24 verification notes
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Notes from getting `scripts/run-phase24-verification.sh` to pass against local Docker + dev central API (`http://localhost:5270`).
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## Automated verification
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```bash
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./scripts/run-phase24-verification.sh
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```
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Useful env overrides:
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| Variable | Purpose |
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|----------|---------|
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| `SKIP_DOCKER=1` | Stack already up; skip compose |
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| `SKIP_PHASE_A=1` | Skip central baseline replay |
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| `SCENARIO_SPEED=0` | Instant replay (default) |
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| `KEEP_CENTRAL_DOWN=1` | Leave central stopped after Phase B (debug) |
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Companion script: `scripts/mint-gateway-jwt.sh` — dev JWT for gateway (`issuer: vigilcare-gateway`).
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---
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## Fixes applied during verification
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### 1. Gateway encounter missing after Phase A
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**Symptom:** Phase B could not find encounter on gateway.
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**Cause:** `docker compose up -d` without recreate did not re-run `SyncOnceAsync` after central had new encounters.
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**Fix:** Script calls `docker compose up -d --force-recreate ward-gateway-api` in `configure_gateway_sync` so sync runs on a fresh gateway container.
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---
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### 2. Phase B observation POST returned 400
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**Symptom:** Gateway rejected observation batches from simulator.
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**Cause:** Central API accepts batch ingest; gateway expects a **single** observation per POST with `observationCode` (not central’s batch shape).
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**Fix:** `VigilCareApiClient.SendObservationBatchAsync` — gateway path posts one observation at a time using gateway field names.
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---
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### 3. Phase B `recordedAt` rejected (future timestamp)
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**Symptom:** 400 — timestamp more than ~5 minutes in the future.
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**Cause:** `--speed 0` uses scenario `offsetMinutes` as simulated future times; gateway validates `recordedAt` against wall clock.
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**Fix:** `ReplayEngine` uses `DateTimeOffset.UtcNow` for observations when `Target == Gateway`.
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**Trade-off:** Gateway replay does not preserve simulated timeline spacing at speed 0; acceptable for outage demo (alerts still fire on values).
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---
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### 4. No critical potassium alert at K+ 6.1
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**Symptom:** Only warning-tier alert; Phase B ack step had nothing to match.
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**Cause:** Seeded threshold `CriticalHigh` for potassium is **6.5 mEq/L**; 6.1 is above warning (5.5) but below critical.
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**Fix:** Scenario `ward-outage-reconnect-01.json` — critical observation value **6.1 → 6.8**.
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---
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### 5. Alert ack / jq verification failed (alert type mismatch)
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**Symptom:** `TryAcknowledgeAlertAsync` returned false; jq filters found no alert.
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**Cause:** API stores/returns enum-style names (e.g. `CriticalPotassiumMeqL`); scenario uses `CRITICAL_POTASSIUM_MEQ_L`.
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**Fix:** `VigilCareApiClient.IsMatchingAlertType` — flexible match (case, underscores, suffix).
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**Fix:** Verification script uses jq filters that accept both naming styles.
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---
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### 6. `acknowledgedBy` was `nurse.demo` instead of `RN-Wu`
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**Symptom:** After gateway ack, synced alert on central showed JWT subject, not scenario nurse.
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**Cause:** Gateway `AcknowledgeAlertRequest` had no body field for clinician; controller used `User.Identity.Name` only. Stale Docker image also hid fixes until rebuild.
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**Fix:** Optional `clinicianId` on gateway ack request; controller uses `req.ClinicianId ?? User.Identity?.Name`. Script rebuilds gateway image before run.
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---
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### 7. Phase C verify timeout
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**Symptom:** Script gave up before central showed synced ack with `RN-Wu`.
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**Cause:** Central restart + gateway sync can exceed 120s on a loaded machine.
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**Fix:** Poll up to **180s** for alert with `syncedFromGateway` and `acknowledgedBy = RN-Wu`.
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---
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### 8. Phase A central ack fails at `--speed 0` (non-fatal in script)
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**Symptom:** Phase A `alert_ack` against central sometimes failed before the poll fix.
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**Cause:** Alert pipeline is async; at speed 0 the ack event could run before the critical alert row existed.
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**Fix:** Central replay now polls for up to 30s before posting `alert_ack` (`TryAcknowledgeAlertAsync` with `waitForAlert`). The verification script still treats Phase A ack as non-fatal; Phase B (gateway outage path) remains the authoritative ack/sync test.
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---
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## Code changes summary (already merged)
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| Area | Files |
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|------|--------|
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| Scenario + schema | `ward-outage-reconnect-01.json`, `schema.json`, `ScenarioValidator.cs` |
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| Gateway replay | `ReplayOptions.cs`, `ReplayCommand.cs`, `ReplayEngine.cs`, `VigilCareApiClient.cs` |
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| Gateway ack attribution | `AcknowledgeAlertRequest.cs`, `AcknowledgeAlertRequestValidator.cs`, `AlertsController.cs` |
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| Tests | `WardGatewayLocalPathTests.cs` |
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| Automation | `run-phase24-verification.sh`, `mint-gateway-jwt.sh` |
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| Docs | `simulator-guide.md` §10, phase-24 plan footnote on gateway vs central ack |
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---
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## Remaining doc / optional code follow-ups
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| Item | Priority | Notes |
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|------|----------|--------|
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| `phase-24-plan.md` embedded scenario snippet still showed K+ 6.1 | Doc | Updated to 6.8 to match scenario + thresholds |
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| `ext-climate-resilience-roadmap.md` referenced `verify-phase-24.ps1` | Doc | Updated to `run-phase24-verification.sh` |
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| Central async ack at speed 0 | Done | `ReplayEngine` polls up to 30s before central `alert_ack` |
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| Gateway has no `/auth/login` | By design | Use `--gateway-token` / `mint-gateway-jwt.sh` |
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| `CentralApiOptions` default port 5080 vs dev 5270 | OK | Docker compose overrides via `host.docker.internal:5270` |
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| README mention of Phase 24 script | Done | Ward outage section + verification script list |
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| Gateway mode unit tests | Optional | No simulator tests for `--gateway` path yet |
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---
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## Expected pass criteria (Phase C)
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After central restarts:
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1. Buffered alert appears on central with `syncedFromGateway` (or equivalent sync marker).
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2. `acknowledgedBy` = **RN-Wu** (not gateway JWT subject).
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3. Gateway buffer depth returns to **0** (or heartbeat shows no pending acks).
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Last successful run: `./scripts/run-phase24-verification.sh` with `SKIP_DOCKER=1` — all phases passed.
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@@ -17,6 +17,7 @@ Think of it as a flight simulator, but for clinical decision support.
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7. [Reading the Output](#7-reading-the-output)
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8. [Creating Your Own Scenarios](#8-creating-your-own-scenarios)
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9. [Troubleshooting](#9-troubleshooting)
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10. [Ward Outage Scenario (Climate Resilience)](#10-ward-outage-scenario-climate-resilience)
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---
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@@ -76,6 +77,12 @@ dotnet run --project VigilCare.Simulator -- replay <scenario-file> [options]
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| `--base-url <url>` | `http://localhost:5270` | API address (change if your API runs elsewhere) |
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| `--poll` | off | Show alerts and scores after each set of vitals |
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| `--poll-interval <seconds>` | 5 | How often to check for alerts when polling |
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| `--username <name>` | `physician.demo` | API login username |
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| `--password <secret>` | (demo default) | API login password |
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| `--gateway` | off | Target the ward gateway API at `http://localhost:5081` |
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| `--encounter-id <guid>` | — | Use an existing encounter (required with `--gateway`; also used with `--skip-setup`) |
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| `--skip-setup` | off | Skip patient/encounter registration — requires `--encounter-id` |
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| `--gateway-token <jwt>` | `$GATEWAY_JWT` | Bearer token for gateway replay (required with `--gateway`; use `./scripts/mint-gateway-jwt.sh`) |
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**Example -- run the stable baseline scenario in real-time with polling:**
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@@ -200,6 +207,9 @@ The key concept is **offsetMinutes** -- each event happens at a certain number o
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| `medication` | A drug being administered | Ceftriaxone 1g IV |
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| `order` | A clinical order being placed | "Blood cultures", "Chest X-ray" |
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| `order_result` | Result of a prior order | "Positive for E. coli" |
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| `alert_ack` | Acknowledgement of an open alert | RN acknowledges critical potassium alert |
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`alert_ack` events require `alertType` and `clinicianId` in `data`; optional `note`. On **gateway** replay (`--gateway`), the simulator sends `clinicianId` in the acknowledge request so the ward records the bedside nurse label (e.g. `RN-Wu`) and syncs it to central. On **central** replay, attribution comes from the logged-in API user.
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### Vital Sign Codes
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@@ -236,6 +246,7 @@ The simulator ships with 8 scenarios covering different clinical situations:
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| **dka-electrolyte-01** | Diabetic ketoacidosis with potassium and glucose derangement. | Varies |
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| **hypothermia-elderly-01** | Elderly patient with severe hypothermia. Slow HR, dropping temperature. | Varies |
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| **medication-false-alarm-01** | Beta-blocker causing bradycardia. Tests whether the system correctly handles medication-induced vital changes. | 3 hours |
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| **ward-outage-reconnect-01** | ICU patient with critical hyperkalemia during simulated central outage. Validates gateway-local alerting and alert acknowledgement sync. | 90 minutes |
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All scenario files are in: `VigilCare.Simulator/Scenarios/List/`
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@@ -398,3 +409,83 @@ Use `--base-url`:
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dotnet run --project VigilCare.Simulator -- replay scenario.json \
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--base-url http://192.168.1.50:5270
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```
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---
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## 10. Ward Outage Scenario (Climate Resilience)
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The `ward-outage-reconnect-01` scenario validates Tier 1 safety during a central API outage. Observations and alerts continue on the ward gateway; acknowledgements are recorded locally and synced when the uplink returns.
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### Automated verification (recommended)
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From the repo root, with Docker running:
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```bash
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./scripts/run-phase24-verification.sh
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```
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This script runs all three phases automatically: central baseline replay, gateway replay during simulated central outage, and post-reconnect sync checks. Logs go to `/tmp/vigilcare-phase24-*`.
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Useful flags:
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| Env var | Effect |
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|---------|--------|
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| `SKIP_DOCKER=1` | Assume `docker compose` stack is already up |
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| `SKIP_PHASE_A=1` | Skip central replay; use an existing ICU encounter on the gateway |
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Helper for manual gateway API calls (ward gateway has no login endpoint):
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```bash
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export GATEWAY_JWT=$(./scripts/mint-gateway-jwt.sh nurse.demo NURSE)
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```
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### Manual procedure
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1. Full stack running with the ward gateway profile:
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```bash
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docker compose --profile ward-gateway up -d
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```
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2. Central API running and the gateway encounter replica synced
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3. Note an active ICU encounter id from the gateway:
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```bash
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curl "http://localhost:5081/api/v1/encounters?status=ACTIVE&department=ICU" \
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-H "Authorization: Bearer $JWT"
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```
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### Procedure
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**Phase A — Baseline on central (optional):**
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```bash
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dotnet run --project VigilCare.Simulator -- replay \
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VigilCare.Simulator/Scenarios/List/ward-outage-reconnect-01.json \
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--speed 0 --base-url http://localhost:5270
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```
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**Phase B — Stop central, replay against gateway:**
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```bash
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# Stop central API process/container
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dotnet run --project VigilCare.Simulator -- replay \
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VigilCare.Simulator/Scenarios/List/ward-outage-reconnect-01.json \
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--gateway --encounter-id <ENCOUNTER-GUID> --speed 60 --poll
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```
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The `--gateway` flag targets `http://localhost:5081` automatically. `--encounter-id` must reference an encounter already replicated on the gateway. The `alert_ack` event at T+50 min sends `clinicianId: "RN-Wu"` from the scenario; the gateway honors this in `acknowledged_by` and in the sync buffer (login user is only used when `clinicianId` is omitted).
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**Phase A note:** Central replay attributes acks to the JWT user (`physician.demo` by default). Use `--username nurse.demo` if you want a nurse role on central; gateway Phase B is the authoritative climate-resilience path for scenario attribution.
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**Phase C — Restart central, verify sync:**
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- Wait for `SyncUploaderService` to drain the buffer
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- Poll `GET /api/v1/operations/gateways` — buffer depth should reach 0
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- Confirm observations on central with preserved `recorded_at` timestamps
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### Success criteria
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- Critical potassium alert created on gateway at T+45 min while central is down
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- Ack recorded locally at T+50 min with `acknowledged_by` = `RN-Wu`
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- After reconnect: central has observations, alert, and ack; no duplicate paging logs
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