feat(telemetry): Client-Side Deep Module TelemetryEngine & Frontend Test Harness (Phase 2) #16

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opened 2026-09-09 16:22:09 +00:00 by gabogg · 3 comments

gabogg commented 2026-09-09 16:22:09 +00:00

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PR #13: docs(ui): industrial brutalist frontend redesign and tactical telemetry guidelines

What to build

Deliver the unified client-side telemetry ingestion engine (TelemetryEngine) that absorbs server clock-skew smoothing, open-door duration timers, active alarm priority hoisting, and Little's Law dwell ratio calculations, emitting immutable TelemetrySnapshot instances over a 1 Hz temporal loop via subscribe(listener).

Encapsulates both live network transport and fixture playback for offline testing, backed by a Node 22 native test runner integrated directly into pytest.

Acceptance criteria

• TelemetryEngine module created in app/static/js/src/telemetry/telemetry_engine.js with a clean deep module consumption interface (subscribe, start, stop, getSnapshot).
• Dual-transport hydration seam implemented: LiveNetworkTransport (initial HTTP bootstrap + WebSocket reconnection) and FixtureTransport (in-memory snapshot injection).
• Domain metrics derived internally: smoothed clock skew delta (\Delta t), open-door elapsed timers, active alarm priority hoisting, and dwell envelope ratio ({\max}$).
• Master 1 Hz / requestAnimationFrame temporal loop emitting immutable snapshots to all registered subscribers.
• Unit test suite in tests/frontend/test_telemetry_engine.test.js testing clock-skew smoothing, snapshot immutability, alarm ordering, and timer cadence via Node 22 native runner (node:test, node:assert).
• Python test wrapper in tests/test_frontend_modules.py executing the frontend test suite so that running pytest remains the single 100% green repository gate.

Blocked by

• #15 (feat(ui): Air-Gapped Asset Vendoring & Tactical CSS Design System (Phase 1))

## Parent [PR #13: docs(ui): industrial brutalist frontend redesign and tactical telemetry guidelines](https://git.gaboggamer.online/gabogg/hikcentral/pulls/13) ## What to build Deliver the unified client-side telemetry ingestion engine (`TelemetryEngine`) that absorbs server clock-skew smoothing, open-door duration timers, active alarm priority hoisting, and Little's Law dwell ratio calculations, emitting immutable `TelemetrySnapshot` instances over a 1 Hz temporal loop via `subscribe(listener)`. Encapsulates both live network transport and fixture playback for offline testing, backed by a Node 22 native test runner integrated directly into `pytest`. ## Acceptance criteria - [ ] `TelemetryEngine` module created in `app/static/js/src/telemetry/telemetry_engine.js` with a clean deep module consumption interface (`subscribe`, `start`, `stop`, `getSnapshot`). - [ ] Dual-transport hydration seam implemented: `LiveNetworkTransport` (initial HTTP bootstrap + WebSocket reconnection) and `FixtureTransport` (in-memory snapshot injection). - [ ] Domain metrics derived internally: smoothed clock skew delta ($\Delta t$), open-door elapsed timers, active alarm priority hoisting, and dwell envelope ratio ({\max}$). - [ ] Master 1 Hz / `requestAnimationFrame` temporal loop emitting immutable snapshots to all registered subscribers. - [ ] Unit test suite in `tests/frontend/test_telemetry_engine.test.js` testing clock-skew smoothing, snapshot immutability, alarm ordering, and timer cadence via Node 22 native runner (`node:test`, `node:assert`). - [ ] Python test wrapper in `tests/test_frontend_modules.py` executing the frontend test suite so that running `pytest` remains the single 100% green repository gate. ## Blocked by - #15 (feat(ui): Air-Gapped Asset Vendoring & Tactical CSS Design System (Phase 1))

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gabogg referenced this issue 2026-09-09 16:22:15 +00:00

feat(ui): Operator Viewport Overhaul — Master HUD & Split-Screen Dual Operations Deck (Phase 3) #17

gabogg referenced this issue 2026-09-09 16:22:21 +00:00

feat(ui): Admin Calibration Command Desk & CCTV Surveillance Wall (Phase 4) #18

gabogg referenced this issue 2026-09-09 16:22:54 +00:00

docs(ui): industrial brutalist frontend redesign and tactical telemetry guidelines #13

gabogg referenced this issue 2026-09-09 17:02:30 +00:00

feat(ui): Air-Gapped Asset Vendoring & Tactical CSS Design System (Phase 1) #15

gabogg commented 2026-09-09 17:03:33 +00:00

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📋 Tech Debt Carried Forward from Issue #15 Code Review

The following items were identified during the #15 code review and should be addressed as prefactoring at the start of this ticket:

1. Extract TacticalStaticFiles out of main.py (~15 min)

app/main.py is the app bootstrap + exception handlers + router mounts. The TacticalStaticFiles cache-policy subclass (L112-143) causes Divergent Change: main.py now changes for two unrelated reasons. Extract to app/middleware/static.py or similar.

2. Harden air-gap test with xfail assertions (~5 min)

test_index_html_air_gapped_vendor_references asserts cdn.jsdelivr.net/npm/hls.js is absent but does not assert that cdn.tailwindcss.com and cdnjs.cloudflare.com are absent. Add assertions for both with pytest.mark.xfail(reason="CDN removal deferred to Phase 5 / Issue #19") so the known gap is visible and tracked, not silently passing.

3. Scope the default cache fallback (~5 min)

TacticalStaticFiles.file_response includes a blanket Cache-Control: public, max-age=86400 catch-all for all non-CSS/JS/font/vendor files (L141). The #15 spec only asked for cache directives for fonts, scripts, and tactical styles. Either remove the catch-all or explicitly document it as intentional policy for images/HTML.

4. Consider middleware over private method override (~30 min if refactored)

TacticalStaticFiles.file_response overrides Starlette's private/undocumented file_response method. This works today but is fragile across Starlette upgrades. A middleware-based approach (app.middleware("http")) would be more upgrade-resilient. Can be deferred if the team pins Starlette versions.

## 📋 Tech Debt Carried Forward from Issue #15 Code Review The following items were identified during the [#15 code review](https://git.gaboggamer.online/gabogg/hikcentral/issues/15#issuecomment-452) and should be addressed as prefactoring at the start of this ticket: ### 1. Extract `TacticalStaticFiles` out of `main.py` (~15 min) `app/main.py` is the app bootstrap + exception handlers + router mounts. The `TacticalStaticFiles` cache-policy subclass (L112-143) causes **Divergent Change**: `main.py` now changes for two unrelated reasons. Extract to `app/middleware/static.py` or similar. ### 2. Harden air-gap test with `xfail` assertions (~5 min) `test_index_html_air_gapped_vendor_references` asserts `cdn.jsdelivr.net/npm/hls.js` is absent but does **not** assert that `cdn.tailwindcss.com` and `cdnjs.cloudflare.com` are absent. Add assertions for both with `pytest.mark.xfail(reason="CDN removal deferred to Phase 5 / Issue #19")` so the known gap is visible and tracked, not silently passing. ### 3. Scope the default cache fallback (~5 min) `TacticalStaticFiles.file_response` includes a blanket `Cache-Control: public, max-age=86400` catch-all for all non-CSS/JS/font/vendor files (L141). The #15 spec only asked for cache directives for fonts, scripts, and tactical styles. Either remove the catch-all or explicitly document it as intentional policy for images/HTML. ### 4. Consider middleware over private method override (~30 min if refactored) `TacticalStaticFiles.file_response` overrides Starlette's **private/undocumented** `file_response` method. This works today but is fragile across Starlette upgrades. A middleware-based approach (`app.middleware("http")`) would be more upgrade-resilient. Can be deferred if the team pins Starlette versions.

gabogg referenced this issue from a commit 2026-09-09 18:14:19 +00:00

feat(telemetry): implement client-side TelemetryEngine and Node 22 test harness (#16)

gabogg referenced this issue from a commit 2026-09-09 18:14:19 +00:00

docs(ui): mark local ticket 02 as resolved (#16)

gabogg commented 2026-09-09 18:14:27 +00:00

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Resolution Report: Client-Side Deep Module TelemetryEngine & Frontend Test Harness (Phase 2)

Commits: 35bb192, f4203d8 (PR #13)

1. Acceptance Criteria Verification

• TelemetryEngine module created: Deep module established in app/static/js/src/telemetry/telemetry_engine.js implementing subscribe(listener), start(), stop(), and getSnapshot().
• Dual-transport hydration seam: LiveNetworkTransport manages initial HTTP bootstrap (/api/auth/me, /api/doors/status, /api/occupancy/overview) and WebSocket reconnection over /ws/realtime. FixtureTransport enables offline in-memory streaming and direct snapshot injection (injectSnapshot).
• Domain metrics derived internally: Exponentially smoothed server clock skew delta (\Delta t), open-door duration timers derived via normalized epoch timestamps, priority hoisting of ALARM_FORCED_OPEN and ALARM_TIMEOUT doors to the front of snapshot.doors, and Little's Law dwell envelope ratio ((t) / W_{\max}$) with operational status badges.
• Master 1 Hz / RAF temporal loop: Emits deeply frozen, immutable TelemetrySnapshot instances using requestAnimationFrame in browser environments with graceful setInterval fallback in Node.js.
• Unit test suite in Node 22 native runner: 10 unit test cases authored in tests/frontend/test_telemetry_engine.test.js validating snapshot immutability, alarm ordering, skew smoothing, partitioned door ingestion, midnight rollover, and timer cadence.
• Python test wrapper: tests/test_frontend_modules.py executes the Node test suite within pytest, keeping all 110 tests 100% green.

2. Code Review (Standards & Spec)

• Standards Review: Aligned door ingestion with backend DoorOverviewResponse partitions (tracked_doors, untracked_doors, open_longest, etc.); extracted magic integers into DoorStateCode and DoorEventCode enums; factored out normalizeEpochMs; deferred network I/O until engine.start().
• Spec Review: Integrated requestAnimationFrame for high-precision browser cadence; mapped OccupancyLiveResponse fields (estimated_occupancy, today_total_in, today_total_out, active_exit_multiplier); implemented business cycle rollover across midnight anchored to dynamic daily_reset_time (04:00 AM); added injectSnapshot to FixtureTransport.

3. Automated Verification Evidence

• Frontend Test Suite: 10 passed in 533ms via node --test.
• Full Test Suite (pytest): 110 passed in 15.69s (100% green).
• Linters (ruff): 0 errors, all files formatted.

## Resolution Report: Client-Side Deep Module TelemetryEngine & Frontend Test Harness (Phase 2) **Commits**: `35bb192`, `f4203d8` ([PR #13](https://git.gaboggamer.online/gabogg/hikcentral/pulls/13)) ### 1. Acceptance Criteria Verification - [x] **`TelemetryEngine` module created**: Deep module established in `app/static/js/src/telemetry/telemetry_engine.js` implementing `subscribe(listener)`, `start()`, `stop()`, and `getSnapshot()`. - [x] **Dual-transport hydration seam**: `LiveNetworkTransport` manages initial HTTP bootstrap (`/api/auth/me`, `/api/doors/status`, `/api/occupancy/overview`) and WebSocket reconnection over `/ws/realtime`. `FixtureTransport` enables offline in-memory streaming and direct snapshot injection (`injectSnapshot`). - [x] **Domain metrics derived internally**: Exponentially smoothed server clock skew delta ($\Delta t$), open-door duration timers derived via normalized epoch timestamps, priority hoisting of `ALARM_FORCED_OPEN` and `ALARM_TIMEOUT` doors to the front of `snapshot.doors`, and Little's Law dwell envelope ratio ((t) / W_{\max}$) with operational status badges. - [x] **Master 1 Hz / RAF temporal loop**: Emits deeply frozen, immutable `TelemetrySnapshot` instances using `requestAnimationFrame` in browser environments with graceful `setInterval` fallback in Node.js. - [x] **Unit test suite in Node 22 native runner**: 10 unit test cases authored in `tests/frontend/test_telemetry_engine.test.js` validating snapshot immutability, alarm ordering, skew smoothing, partitioned door ingestion, midnight rollover, and timer cadence. - [x] **Python test wrapper**: `tests/test_frontend_modules.py` executes the Node test suite within `pytest`, keeping all 110 tests 100% green. ### 2. Code Review (Standards & Spec) - **Standards Review**: Aligned door ingestion with backend `DoorOverviewResponse` partitions (`tracked_doors`, `untracked_doors`, `open_longest`, etc.); extracted magic integers into `DoorStateCode` and `DoorEventCode` enums; factored out `normalizeEpochMs`; deferred network I/O until `engine.start()`. - **Spec Review**: Integrated `requestAnimationFrame` for high-precision browser cadence; mapped `OccupancyLiveResponse` fields (`estimated_occupancy`, `today_total_in`, `today_total_out`, `active_exit_multiplier`); implemented business cycle rollover across midnight anchored to dynamic `daily_reset_time` (04:00 AM); added `injectSnapshot` to `FixtureTransport`. ### 3. Automated Verification Evidence - **Frontend Test Suite**: 10 passed in 533ms via `node --test`. - **Full Test Suite (`pytest`)**: 110 passed in 15.69s (100% green). - **Linters (`ruff`)**: 0 errors, all files formatted.

gabogg closed this issue 2026-09-09 18:14:29 +00:00

gabogg commented 2026-09-09 18:19:16 +00:00

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🔍 Code Review: Issue #16 — Client-Side Deep Module TelemetryEngine & Frontend Test Harness

Fixed point: b872be3 → HEAD (f4203d8)
Diff: 4 files changed, +1086 / −7
Commits reviewed:

• 35bb192 feat(telemetry): implement client-side TelemetryEngine and Node 22 test harness (#16)
• f4203d8 docs(ui): mark local ticket 02 as resolved (#16)

---

Standards

Hard Violations

#	File	Standard Violated	Detail
S1	app/static/js/src/telemetry/telemetry_engine.js:326-332	docs/adr/0002 §3 (Hydration Seam) + AGENTS.md §1 (Deep Modules)	Transport Seam Concrete Coupling: The TelemetryEngine constructor explicitly type-checks this._transport instanceof FixtureTransport to eagerly attach listeners and seed messages without calling start(). This violates the transport polymorphism contract by coupling the core engine directly to a test fixture class.

Judgement Calls (Baseline Smells)

Smell	Location	Note
Divergent Change (Unaddressed #15 Debt)	app/main.py:112-143	TacticalStaticFiles remains inline in main.py. The bootstrap module still changes for both static caching policies and API mounting.
Duplicated Code	telemetry_engine.js:421-427 vs 553-559	The listener notification for (const listener of this._subscribers) loop with try/catch is duplicated verbatim between _injectSnapshotDirect and _emitSnapshot. Extract to _notifySubscribers().
Speculative Generality	telemetry_engine.js:209-217, 312-320	1) _bootstrapHttp() fetches /api/auth/me and emits auth_bootstrap, but _handleMessage() drops it and TelemetrySnapshot exposes no auth state. 2) _businessCycleConfig holds openTime, closeTime, quietWindowStart, but _calculateBusinessCycle hardcodes minutes (600, 1320, (3 * 60) + 30).
Primitive Obsession / Repeated Fallbacks	telemetry_engine.js:491, 502, 516-521	Door identifier normalization (`doorIndexCode

---

Spec

(a) Missing or Partial Requirements

#	Spec Reference	Finding
M1	Issue #16 Comment #455 (Carried Debt from #15)	All 4 tech-debt items from #15 remain unaddressed: 1) TacticalStaticFiles not extracted from main.py; 2) test_index_html_air_gapped_vendor_references not hardened with xfail CDN checks; 3) blanket max-age=86400 default cache fallback uncurated; 4) Starlette file_response override unmodified.
M2	Issue #16 AC: Dwell Envelope Ratio + Proposal §3.4	Partial: ratio is computed strictly as liveCount / dwellMaxCapacity (default 1000 fallback) in lines 710–718. The dynamic Little's Law bound derived from ingress flux (W_{\max} \cdot \lambda) is not dynamically modeled from passage history.

(b) Scope Creep (Unrequested Behaviour)

#	Detail
C1	Eager Constructor Auto-Connect: Lines 326–332 eagerly connect FixtureTransport in the constructor. The documented lifecycle specifies that transports activate upon engine.start().

(c) Implemented-but-Wrong Requirements

#	Spec Reference	Finding
W1	CONTEXT.md §3 (Nocturnal Quiet Window)	In _calculateBusinessCycle (lines 595–603), NOCTURNAL_QUIET is bounded by totalMinutes < resetTotalMinutes (04:00). At 04:00, it flips immediately to SETUP, truncating the standard 03:30–04:30 quiet window by 30 minutes.
W2	CONTEXT.md §3 (Server Clock Sync & Timezone Invariant)	_calculateBusinessCycle (lines 570–573) uses browser-local new Date(serverTimeMs).getHours(). When client and server are in different timezones, cycle phases and reset countdowns shift relative to local client midnight rather than facility server time.

---

Summary

Axis	Findings	Worst Issue
Standards	1 hard violation, 4 smells/unaddressed debt	S1: Concrete instanceof FixtureTransport coupling breaks transport polymorphism.
Spec	2 missing/partial, 1 scope creep, 2 implemented-wrong	M1: Issue #15 tech debt was completely bypassed; W2: Client timezone leak breaks facility business cycle sync.

---

📋 Tech Debt to Carry Forward into Issue #17

The following items should be addressed in Issue #17 or as a prefactoring pass before the operator UI deck:

1. Resolve Issue #15 Tech Debt:
   • Extract TacticalStaticFiles to app/middleware/static.py (resolving Divergent Change in app/main.py).
   • Add pytest.mark.xfail assertions in test_static_assets.py for cdn.tailwindcss.com and cdnjs.cloudflare.com.
2. Decouple TelemetryEngine from FixtureTransport:
   • Remove instanceof FixtureTransport constructor check in telemetry_engine.js:326. Standardize on explicit engine.start() or generic duck-typing.
3. Fix Facility Timezone Leak in Business Cycle:
   • Calculate business cycle phases using server-offset UTC hours or explicit server-provided timezone rather than client browser OS getHours().
4. Fix Nocturnal Quiet Window Boundary:
   • Extend NOCTURNAL_QUIET phase past daily_reset_time up to 04:30 (or quietWindowEnd).
5. Deduplicate Subscriber Dispatch:
   • Consolidate subscriber broadcast loop into an internal helper method _notifySubscribers().

## 🔍 Code Review: Issue #16 — Client-Side Deep Module TelemetryEngine & Frontend Test Harness **Fixed point:** `b872be3` → **HEAD** (`f4203d8`) **Diff:** 4 files changed, +1086 / −7 **Commits reviewed:** - `35bb192` feat(telemetry): implement client-side TelemetryEngine and Node 22 test harness (#16) - `f4203d8` docs(ui): mark local ticket 02 as resolved (#16) --- ## Standards ### Hard Violations | # | File | Standard Violated | Detail | |---|------|-------------------|--------| | S1 | `app/static/js/src/telemetry/telemetry_engine.js:326-332` | **docs/adr/0002 §3 (Hydration Seam)** + **AGENTS.md §1 (Deep Modules)** | **Transport Seam Concrete Coupling**: The `TelemetryEngine` constructor explicitly type-checks `this._transport instanceof FixtureTransport` to eagerly attach listeners and seed messages without calling `start()`. This violates the transport polymorphism contract by coupling the core engine directly to a test fixture class. | ### Judgement Calls (Baseline Smells) | Smell | Location | Note | |-------|----------|------| | **Divergent Change (Unaddressed #15 Debt)** | `app/main.py:112-143` | `TacticalStaticFiles` remains inline in `main.py`. The bootstrap module still changes for both static caching policies and API mounting. | | **Duplicated Code** | `telemetry_engine.js:421-427` vs `553-559` | The listener notification `for (const listener of this._subscribers)` loop with try/catch is duplicated verbatim between `_injectSnapshotDirect` and `_emitSnapshot`. Extract to `_notifySubscribers()`. | | **Speculative Generality** | `telemetry_engine.js:209-217, 312-320` | 1) `_bootstrapHttp()` fetches `/api/auth/me` and emits `auth_bootstrap`, but `_handleMessage()` drops it and `TelemetrySnapshot` exposes no auth state. 2) `_businessCycleConfig` holds `openTime`, `closeTime`, `quietWindowStart`, but `_calculateBusinessCycle` hardcodes minutes (`600`, `1320`, `(3 * 60) + 30`). | | **Primitive Obsession / Repeated Fallbacks** | `telemetry_engine.js:491, 502, 516-521` | Door identifier normalization (`doorIndexCode || door_index_code || code || id`) is repeated in multiple locations instead of normalized once at the boundary. | --- ## Spec ### (a) Missing or Partial Requirements | # | Spec Reference | Finding | |---|----------------|---------| | M1 | **Issue #16 Comment #455 (Carried Debt from #15)** | **All 4 tech-debt items from #15 remain unaddressed**: 1) `TacticalStaticFiles` not extracted from `main.py`; 2) `test_index_html_air_gapped_vendor_references` not hardened with `xfail` CDN checks; 3) blanket `max-age=86400` default cache fallback uncurated; 4) Starlette `file_response` override unmodified. | | M2 | **Issue #16 AC: Dwell Envelope Ratio** + **Proposal §3.4** | **Partial**: `ratio` is computed strictly as `liveCount / dwellMaxCapacity` (default 1000 fallback) in lines 710–718. The dynamic Little's Law bound derived from ingress flux ($W_{\max} \cdot \lambda$) is not dynamically modeled from passage history. | ### (b) Scope Creep (Unrequested Behaviour) | # | Detail | |---|--------| | C1 | **Eager Constructor Auto-Connect**: Lines 326–332 eagerly connect `FixtureTransport` in the constructor. The documented lifecycle specifies that transports activate upon `engine.start()`. | ### (c) Implemented-but-Wrong Requirements | # | Spec Reference | Finding | |---|----------------|---------| | W1 | **CONTEXT.md §3 (Nocturnal Quiet Window)** | In `_calculateBusinessCycle` (lines 595–603), `NOCTURNAL_QUIET` is bounded by `totalMinutes < resetTotalMinutes` (`04:00`). At `04:00`, it flips immediately to `SETUP`, truncating the standard `03:30–04:30` quiet window by 30 minutes. | | W2 | **CONTEXT.md §3 (Server Clock Sync & Timezone Invariant)** | `_calculateBusinessCycle` (lines 570–573) uses browser-local `new Date(serverTimeMs).getHours()`. When client and server are in different timezones, cycle phases and reset countdowns shift relative to local client midnight rather than facility server time. | --- ## Summary | Axis | Findings | Worst Issue | |------|----------|-------------| | **Standards** | 1 hard violation, 4 smells/unaddressed debt | S1: Concrete `instanceof FixtureTransport` coupling breaks transport polymorphism. | | **Spec** | 2 missing/partial, 1 scope creep, 2 implemented-wrong | M1: Issue #15 tech debt was completely bypassed; W2: Client timezone leak breaks facility business cycle sync. | --- ### 📋 Tech Debt to Carry Forward into Issue #17 The following items should be addressed in Issue #17 or as a prefactoring pass before the operator UI deck: 1. **Resolve Issue #15 Tech Debt**: - Extract `TacticalStaticFiles` to `app/middleware/static.py` (resolving Divergent Change in `app/main.py`). - Add `pytest.mark.xfail` assertions in `test_static_assets.py` for `cdn.tailwindcss.com` and `cdnjs.cloudflare.com`. 2. **Decouple `TelemetryEngine` from `FixtureTransport`**: - Remove `instanceof FixtureTransport` constructor check in `telemetry_engine.js:326`. Standardize on explicit `engine.start()` or generic duck-typing. 3. **Fix Facility Timezone Leak in Business Cycle**: - Calculate business cycle phases using server-offset UTC hours or explicit server-provided timezone rather than client browser OS `getHours()`. 4. **Fix Nocturnal Quiet Window Boundary**: - Extend `NOCTURNAL_QUIET` phase past `daily_reset_time` up to `04:30` (or `quietWindowEnd`). 5. **Deduplicate Subscriber Dispatch**: - Consolidate subscriber broadcast loop into an internal helper method `_notifySubscribers()`.

gabogg referenced this issue 2026-09-09 18:19:23 +00:00

feat(ui): Operator Viewport Overhaul — Master HUD & Split-Screen Dual Operations Deck (Phase 3) #17

gabogg referenced this issue 2026-09-09 18:45:47 +00:00

feat(ui): Operator Viewport Overhaul — Master HUD & Split-Screen Dual Operations Deck (Phase 3) #17

gabogg referenced this issue 2026-09-09 18:47:12 +00:00

docs(ui): industrial brutalist frontend redesign and tactical telemetry guidelines #13

gabogg referenced this issue 2026-09-09 18:53:41 +00:00

feat(ui): Operator Viewport Overhaul — Master HUD & Split-Screen Dual Operations Deck (Phase 3) #17

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