TCFDONMEZandClaude Opus 5
8242797ece
The standalone service in server/ was never deployed anywhere, and keeping it alongside a Vercel app would mean maintaining two implementations of the same validation rules. It is deleted; web/ is the only ingest path now. Its routes live at /v1/... rather than under /api, so the Android client's URL building is unchanged and CONSUMPTION_API_URL stays a bare origin. Credentials are split in two. INGEST_TOKEN is baked into the published APK and must be assumed extractable — anyone can unzip an APK and read its strings — so it opens the PUT endpoints and nothing else. Reading the history needs the dashboard password, which is never compiled into anything and reaches the browser as an HMAC-signed httpOnly cookie. The MongoDB URI stays a server-side environment variable; the car has never held one and still does not. The dashboard is a phone-shaped reader for the same data: totals for energy taken and paid, a daily energy chart, an efficiency trend, and every DC session with its power/SOC curve. It reuses the head unit's OLED palette so the two read as one app. Every page is a server component and the charts are hand-rolled SVG, so the whole thing renders without shipping client JavaScript. MongoClient is cached on globalThis: a fresh client per request means a fresh pool per request, and Atlas starts refusing connections long before the traffic would justify it. Index creation moved to the first write of each warm lambda, since a serverless deployment has no boot step to hang it on. Co-Authored-By: Claude Opus 5 (1M context) <noreply@anthropic.com>
91 lines
3.1 KiB
TypeScript
91 lines
3.1 KiB
TypeScript
import assert from "node:assert/strict";
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import { test } from "node:test";
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import { ValidationError, validateChargingSession, validateConsumption } from "../src/lib/validate.ts";
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const INSTALLATION = "6f1a2b3c-4d5e-4f60-8a9b-0c1d2e3f4a5b";
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const SESSION = "11111111-2222-4333-8444-555555555555";
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const day = { km: 42.5, kwh: 7.25, hours: 0.9, socDrop: 11.5 };
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test("accepts a well-formed daily record", () => {
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const record = validateConsumption({
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installationId: INSTALLATION,
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date: "2026-10-07",
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recordedAt: 1_760_000_000_000,
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day,
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lifetime: { km: 12000, kwh: 2100, hours: 240, socDrop: 3400 },
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sohPercent: 97.5,
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});
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assert.equal(record.date, "2026-10-07");
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assert.equal(record.day.kwh, 7.25);
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assert.ok(record.recordedAt instanceof Date);
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});
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test("a missing SOH is omitted rather than defaulted", () => {
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// The car omits a field it could not read. Writing 0 here would be a battery at
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// nothing, which is the same class of lie the telemetry side refuses to send.
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const record = validateConsumption({
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installationId: INSTALLATION,
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date: "2026-10-07",
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recordedAt: 1,
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day,
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lifetime: day,
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});
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assert.equal("sohPercent" in record, false);
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});
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test("rejects malformed identifiers, dates and out-of-range numbers", () => {
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const base = { installationId: INSTALLATION, date: "2026-10-07", recordedAt: 1, day, lifetime: day };
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assert.throws(() => validateConsumption({ ...base, installationId: "nope" }), ValidationError);
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assert.throws(() => validateConsumption({ ...base, date: "07.10.2026" }), ValidationError);
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assert.throws(() => validateConsumption({ ...base, sohPercent: 140 }), ValidationError);
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assert.throws(() => validateConsumption({ ...base, day: { ...day, kwh: "7" } }), ValidationError);
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assert.throws(() => validateConsumption({ ...base, recordedAt: -1 }), ValidationError);
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assert.throws(() => validateConsumption(null), ValidationError);
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});
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test("a charging session must match the id in its path", () => {
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const body = {
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installationId: INSTALLATION,
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sessionId: SESSION,
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startedAt: 1_760_000_000_000,
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endedAt: 1_760_002_000_000,
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durationSeconds: 1800,
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energyKwh: 31.4,
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pricePerKwh: 7.5,
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totalCost: 235.5,
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startSocPercent: 18,
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endSocPercent: 72,
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curve: [{ timestampMs: 1_760_000_060_000, powerKw: 84.2, socPercent: 20 }],
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};
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const record = validateChargingSession(body, SESSION);
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assert.equal(record.curve.length, 1);
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assert.equal(record.curve[0].powerKw, 84.2);
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assert.throws(() => validateChargingSession(body, "11111111-2222-4333-8444-555555555556"), ValidationError);
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});
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test("refuses a curve longer than the car can produce", () => {
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const curve = Array.from({ length: 721 }, (_unused, index) => ({
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timestampMs: 1_760_000_000_000 + index * 60_000,
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powerKw: 50,
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}));
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assert.throws(
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() =>
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validateChargingSession(
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{
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installationId: INSTALLATION,
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sessionId: SESSION,
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startedAt: 1,
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endedAt: 2,
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durationSeconds: 1,
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energyKwh: 1,
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pricePerKwh: 1,
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totalCost: 1,
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curve,
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},
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SESSION,
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),
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ValidationError,
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);
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});
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