Driver side (was a stub): - In-app driver onboarding: a driver-role user creates their own linked drivers profile (driver/profile+api GET/POST/PATCH). - Driver dashboard: online/offline toggle, today's earnings, incoming request cards (accept/decline), active ride panel (start/complete trip). Polls /driver/rides every 4s while online. - Location heartbeat (use-driver-location): watchPositionAsync pings /driver/location every ~5s; restarts the watch on app foreground so a backgrounded driver doesn't go permanently stale and miss requests. Dispatch (auto-match nearest, Uber-style): - Ride state machine: requested -> accepted -> en_route -> completed/cancelled with a nullable driver_id until matched (lib/dispatch.matchNextDriver). - matchNextDriver locks the ride (SELECT FOR UPDATE), expires 15s-stale offers, picks the nearest eligible driver of the matching service by haversine, offers one at a time. Called from ride/create, ride/[id] GET (lazy match on the rider's poll), and ride/[id]/respond (on decline). - ride/create is now a request endpoint (driver_id NULL, status=requested, service); drops the pre-match driver_id payment reconciliation. - ride/[id] GET returns status/service/nullable driver; PATCH handles rider cancel + driver en_route/completed. ride/list backs the history tabs. Rider flow (best experience): - confirm-ride is now a request screen: single trip fare + nearest-driver ETA + cash/card + Request Ride -> live status. Periodically polls online drivers of the selected service and disables Request when none are online (prevents the "stuck searching forever" state). - book-ride is the live ride-status screen (searching -> accepted -> en_route -> completed/cancelled + Cancel), polling every 3s. - lib/request-ride unifies the Areeba card flow + cash path. - Map reads /driver/nearby (real positions, service-filtered); lib/map adds calculateTripFare + service-aware fares. POI suggestions: - lib/places (Google Nearby Search) + nearby-suggestions chips for mall/hospital/pharmacy/restaurant on the home screen. Service categories now drive both matching and a per-service fare multiplier (car 1.0 / moto 0.7 / courier 0.85 / chauffeur 1.5). Map tiles: react-native-maps rendered blank on Android because no Google Maps key was set. Switched app.json -> app.config.js so android.config.googleMaps.apiKey is injected from EXPO_PUBLIC_GOOGLE_API_KEY at build time (keeps the key out of git). Requires a native rebuild (expo run:android) to take effect. Also includes the prior payment/auth hardening (server-authoritative payment_orders ledger with double-spend guards, peppered OTP, register TOCTOU fix, stats cents fix) that was left uncommitted. Co-Authored-By: Claude <noreply@anthropic.com>
77 lines
2.5 KiB
TypeScript
77 lines
2.5 KiB
TypeScript
// Sends transactional email through Gmail SMTP using an App Password.
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//
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// Setup (one-time):
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// 1. Google account -> Security -> 2-Step Verification -> enable.
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// 2. Create an App Password (myaccount.google.com/apppasswords).
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// 3. Set SMTP_USER, SMTP_PASS and optionally SMTP_FROM in .env.
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import nodemailer from "nodemailer";
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// Google shows the App Password in "abcd efgh ijkl mnop" form; the spaces are
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// presentation only and must not reach the AUTH exchange.
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const getPassword = (): string | undefined =>
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process.env.SMTP_PASS?.replace(/\s+/g, "");
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export const isMailConfigured = (): boolean =>
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Boolean(process.env.SMTP_USER && getPassword());
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// Whether the OTP code may be surfaced outside email (response body or server
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// stdout) for self-hosted development. Never in production.
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export const isDevOtpExposed = (): boolean =>
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process.env.NODE_ENV !== "production";
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let transporter: nodemailer.Transporter | null = null;
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const getTransporter = (): nodemailer.Transporter => {
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if (!transporter) {
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const port = Number(process.env.SMTP_PORT) || 465;
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transporter = nodemailer.createTransport({
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host: process.env.SMTP_HOST ?? "smtp.gmail.com",
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port,
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// 465 is implicit TLS; 587 starts plaintext and upgrades via STARTTLS.
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secure: port === 465,
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auth: {
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user: process.env.SMTP_USER,
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pass: getPassword(),
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},
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// Without these a stalled connection blocks the request forever, which
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// hangs sign-up rather than falling back to the logged code below.
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connectionTimeout: 10_000,
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greetingTimeout: 10_000,
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socketTimeout: 20_000,
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});
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}
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return transporter;
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};
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export const sendEmail = async (
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to: string,
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subject: string,
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text: string,
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): Promise<boolean> => {
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if (!isMailConfigured()) {
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// Not configured: fall back to the server log so development still works.
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// In production never log the code to stdout; just report not sent.
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if (isDevOtpExposed()) {
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console.log(`[MAIL to=${to}] ${subject}\n${text}`);
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}
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return false;
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}
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const from = process.env.SMTP_FROM ?? process.env.SMTP_USER!;
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try {
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await getTransporter().sendMail({ from, to, subject, text });
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return true;
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} catch (error) {
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// Delivery is best-effort: report the failure and let the caller surface
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// the code another way instead of failing the whole request.
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console.error(`[MAIL to=${to}] send failed:`, error);
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if (isDevOtpExposed()) {
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console.log(`[MAIL to=${to}] ${subject}\n${text}`);
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}
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return false;
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}
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};
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