Phase 3.7: paid pairing flow + returning chat + extension flip

- Backend: payment_sessions + pairing_failures tables; payment.service.js
  and pairing-failure.service.js (new); rewritten pairing.service.js
  (payment-gated blast + targeted "Curhat lagi" + cancel + fallback);
  rewritten extension.service.js (data-driven auto-approve with offline
  safeguard, charge-at-approval); pricing.service.js (extension tiers
  without free trial); mitra-status.service.js (countAvailableMitras
  cached path); 60s sweeper for stale payment sessions
- Backend routes: client.payment.routes, client.mitra-availability.routes,
  internal/failed-pairings.routes; client.chat.routes rewritten for
  payment-gated start + /returning + /cancel + /fallback-to-blast;
  internal/config.routes adds 4 new keys with Valkey invalidate publish
- client_app: mitra-availability poll, payment screen + notifier, pairing
  notifier rewrite (PairingTargetedWaiting + PairingFailed states),
  targeted-waiting overlay + bestie-unavailable dialog, "Curhat lagi"
  CTA, failed-pairing terminal, extension via payment-session
- mitra_app: PairingRequestType enum, returning-chat 20s countdown
  auto-dismiss, extension card "otomatis disetujui" copy
- control_center: 4 new config rows in Settings, Failed Pairings page
  (filter + paginate + action menu), sidebar + route registered
- Test infrastructure: Vitest backend (7/7 pass), Playwright CC (4/4
  pass), Maestro mobile scaffold (CLI install pending)
- Bugs found via Playwright + fixed: LoginPage labels not associated
  with inputs (a11y); backend internal CORS missing PATCH/PUT/DELETE
  in allow-methods (silent settings breakage in browsers since Stage 4)
- Docs: phase3.7.md PRD, phase3.7-plan.md, phase3.7-questions.md (Q&A),
  phase3.7-testing.md (E2E checklist), phase3.7-test-run-2026-05-03.md
  (today's run results)

Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com>
This commit is contained in:
2026-05-03 23:02:49 +08:00
parent f3766813f3
commit d09e50af55
92 changed files with 9579 additions and 437 deletions

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# client_app Maestro flows
End-to-end UI automation for the customer Flutter app using [Maestro](https://maestro.mobile.dev). Single-emulator + curl-as-mitra pattern — the customer app is driven by real Maestro touches; the mitra side is simulated via backend API calls fired from `runScript` steps.
## One-time install
Maestro is a global CLI (not a project dependency). Install on your dev machine once:
```bash
curl -Ls "https://get.maestro.mobile.dev" | bash
```
Verify with `maestro --version`. See the [Maestro install docs](https://maestro.mobile.dev/getting-started/installing-maestro) for Homebrew / chocolatey / Docker alternatives.
You also need:
- `adb` on your PATH (comes with Android Studio's platform-tools)
- `jq` for the helper scripts (`apt install jq` / `brew install jq`)
- One Android emulator OR one connected device — **only one at a time** (per project decision)
## Folder layout
```
.maestro/
├── README.md # this file
├── config.yaml # shared env: app IDs, backend URL, test credentials
├── flows/ # the YAML test scripts
│ ├── 01_smoke.yaml
│ ├── 02_cta_disabled_when_no_mitra.yaml
│ └── 03_payment_to_chat_happy.yaml
└── scripts/ # bash helpers invoked by `runScript` steps
├── mitra_accept_latest.sh
└── force_all_mitras_offline.sh
```
## Configure for your environment
Edit `.maestro/config.yaml` and fill in:
- `BACKEND_URL` — must match the `--dart-define=API_BASE_URL=...` value the installed APK was built with
- `TEST_MITRA_ID` and `TEST_MITRA_JWT` — used by the curl harness to "accept" requests from the customer's blast
The config file is committed because the values are dev-environment defaults. Sensitive credentials (real JWTs, CC operator tokens) should be passed at runtime instead — see "Per-machine overrides" below.
## Run a flow
Single emulator (typical case — Maestro auto-picks the only attached device):
```bash
# from repo root or anywhere
maestro test client_app/.maestro/flows/01_smoke.yaml
# or run all flows in the directory
maestro test client_app/.maestro/flows/
```
If both an emulator and a real device happen to be connected, list them and pick one explicitly:
```bash
adb devices # list attached devices
maestro --device emulator-5554 test client_app/.maestro/flows/01_smoke.yaml
```
## Per-machine overrides
Override any config.yaml value at runtime with `--env`:
```bash
maestro test \
--env BACKEND_URL=http://192.168.99.10:3000 \
--env TEST_MITRA_JWT=eyJhbGc... \
client_app/.maestro/flows/03_payment_to_chat_happy.yaml
```
Or export shell variables — `runScript` steps inherit them:
```bash
export CC_JWT=eyJhbGc...
maestro test client_app/.maestro/flows/02_cta_disabled_when_no_mitra.yaml
```
## Single-emulator + curl pattern
Phase 3.7 flows often need a customer + a mitra acting in concert. Instead of running two emulators (RAM-heavy, flaky), the flows drive the customer side with Maestro and **simulate the mitra via backend curl calls**:
1. Maestro flow drives customer up to the "Mencari Bestie..." state
2. `runScript: ../scripts/mitra_accept_latest.sh` fires `POST /api/mitra/chat-requests/:id/accept` against the backend, using a pre-minted mitra JWT
3. Maestro flow asserts the customer screen transitions to "Bestie Ditemukan" via the WS round-trip
This works for ~90% of multi-actor scenarios — including all the Section D ("Curhat lagi") and Section J ("Mitra goes offline mid-session") tests in [phase3.7-testing.md](../../requirement/phase3.7-testing.md). The 10% that needs both UIs running (e.g., asserting the mitra-side overlay countdown displays correctly) is in [`mitra_app/.maestro/`](../../mitra_app/.maestro/) and runs separately.
## Adding a new flow
Pick a Phase 3.7 testing checklist scenario (see [phase3.7-testing.md](../../requirement/phase3.7-testing.md)), then:
1. Copy an existing flow as a template (e.g., `03_payment_to_chat_happy.yaml`)
2. Update the pre-req comment, the steps, and the assertions
3. If you need a "second actor" action, add a bash helper under `scripts/` and call it via `runScript:`
4. If you need new env vars, add them to `config.yaml` with sensible defaults
## Tips
- **Find the right text to tap on** — `maestro studio` opens a live UI inspector showing every visible label/widget. Run it while the app is on the screen you care about.
- **Slow it down for debugging** — `maestro test --debug-output ./debug flows/foo.yaml` saves screenshots + logs per step.
- **Add flows incrementally** — Maestro's reload-on-save in `maestro studio` makes iteration fast.
- **Don't commit screenshots / debug output** — add `.maestro/output/` and `.maestro/screenshots/` to `.gitignore` if you generate them locally.
## Troubleshooting
- `maestro: device not found` → run `adb devices`; if empty, start an emulator (`emulator -avd <name>`) or plug in a USB device with debugging enabled.
- `Element not visible` errors → use `maestro studio` to inspect actual labels — they may have changed since the flow was written.
- Flow hangs at `assertVisible` waiting for backend → check `BACKEND_URL` matches the APK's build-time value (`grep API_BASE_URL build.gradle`).
- `runScript` exits non-zero → run the script directly to see its error: `bash client_app/.maestro/scripts/mitra_accept_latest.sh`. Most often a missing env var or stale JWT.

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# Shared variables for all client_app Maestro flows.
#
# Override at runtime with `maestro test --env KEY=value` or by setting shell env vars.
# See README.md for full setup + per-machine overrides.
env:
# App identifiers — Android / iOS bundle IDs picked up automatically by `appId:` in flows.
APP_ID_ANDROID: com.halobestie.client.client_app
APP_ID_IOS: com.halobestie.client.clientApp
# Backend the app talks to — must match what the installed APK was built with
# (the `--dart-define=API_BASE_URL=...` value at build time).
BACKEND_URL: http://192.168.88.247:3000
BACKEND_INTERNAL_URL: http://192.168.88.247:3001
# Test customer credentials — must exist in the customers table on the target backend.
# These are read by helper scripts (see .maestro/scripts/) when seeding state.
CUSTOMER_PHONE: "+628100000001"
CUSTOMER_OTP: "123456" # OTP stub mode emits a known code per phone
# If you need to drive a "second actor" (e.g., the mitra accepting a blast), the test
# flows curl the backend directly using these credentials. See README §"Single-emulator
# + curl pattern" for details.
TEST_MITRA_ID: "REPLACE-WITH-A-REAL-MITRA-UUID"
TEST_MITRA_JWT: "REPLACE-WITH-A-VALID-MITRA-JWT"

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# Smoke test: launch the app and assert the home screen renders.
# Use this flow first to verify Maestro can talk to your device/emulator at all.
#
# Run:
# maestro test client_app/.maestro/flows/01_smoke.yaml
#
# Pre-req: client_app debug APK installed on the connected device, signed in as a customer.
appId: ${APP_ID_ANDROID} # Maestro uses APP_ID_IOS automatically when running against an iOS device
---
- launchApp:
clearState: false # keep existing auth — set to true to test cold-start onboarding
- assertVisible:
text: "Mulai Curhat"
timeout: 10000 # 10s — give Riverpod time to hydrate the home screen

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# Verifies the home CTA is disabled and shows the "no bestie available" subtitle
# when no mitra is online.
#
# Pre-req: NO mitras are online on the target backend. Use the helper script to
# force everyone offline before running:
# bash client_app/.maestro/scripts/force_all_mitras_offline.sh
#
# Run:
# maestro test client_app/.maestro/flows/02_cta_disabled_when_no_mitra.yaml
appId: ${APP_ID_ANDROID}
---
- launchApp:
clearState: false
- assertVisible: "Mulai Curhat"
- assertVisible: "Belum ada bestie tersedia"
# CTA is disabled — tapping it should be a no-op.
- tapOn: "Mulai Curhat"
# We should still be on the home screen, NOT on the payment screen.
- assertNotVisible: "Bayar"
- assertNotVisible: "Mulai"
- assertVisible: "Mulai Curhat"

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# Happy-path golden flow: customer taps CTA → payment screen → confirm →
# searching → mitra accepts (via curl harness) → chat screen.
#
# This is the canonical demonstration of the "single-emulator + curl-as-mitra"
# pattern. The customer side is real Maestro; the mitra side is a backend API call
# fired from a runScript step.
#
# Pre-req:
# 1. At least one mitra is ONLINE on the target backend
# 2. TEST_MITRA_ID and TEST_MITRA_JWT in .maestro/config.yaml point at that mitra
# 3. The mitra has spare capacity (active_session_count < max_customers_per_mitra)
#
# Run:
# maestro test client_app/.maestro/flows/03_payment_to_chat_happy.yaml
appId: ${APP_ID_ANDROID}
---
- launchApp:
clearState: false
- assertVisible: "Mulai Curhat"
# Step 1: customer taps CTA → payment screen
- tapOn: "Mulai Curhat"
- assertVisible:
text: "Bayar|Mulai" # "Bayar" for paid tier, "Mulai" for free trial
timeout: 5000
# Step 2: customer confirms payment → searching screen
- tapOn:
text: "Bayar|Mulai"
- assertVisible:
text: "Mencari Bestie"
timeout: 5000
# Step 3: simulate mitra accepting via backend API (the "curl-as-mitra" trick).
# This avoids needing a second emulator — the backend treats mitra interactions as
# REST calls regardless of whether they originate from the mitra app or a script.
- runScript: ../scripts/mitra_accept_latest.sh
# Step 4: customer screen transitions to "found" then chat
- assertVisible:
text: "Bestie Ditemukan"
timeout: 10000 # blast→accept→WS round-trip takes a few seconds

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#!/usr/bin/env bash
# Force every mitra offline on the target backend. Used as a pre-step for tests
# that verify the "no bestie available" disabled-CTA state.
#
# Reads BACKEND_INTERNAL_URL and a CC_JWT from the shell env (NOT from
# .maestro/config.yaml — CC credentials should never be committed).
#
# Usage:
# CC_JWT=<token> bash client_app/.maestro/scripts/force_all_mitras_offline.sh
set -euo pipefail
: "${BACKEND_INTERNAL_URL:=http://192.168.88.247:3001}"
: "${CC_JWT:?CC_JWT must be set (a valid control_center user JWT)}"
# Get the list of currently online mitras from the CC dashboard endpoint.
mitras=$(curl -fsSL "$BACKEND_INTERNAL_URL/internal/mitra-online-status" \
-H "Authorization: Bearer $CC_JWT" \
| jq -r '.data[] | select(.is_online == true) | .mitra_id')
if [ -z "$mitras" ]; then
echo "All mitras already offline."
exit 0
fi
for mitra_id in $mitras; do
echo "Forcing $mitra_id offline..."
curl -fsSL -X POST "$BACKEND_INTERNAL_URL/internal/mitra-online-status/$mitra_id/offline" \
-H "Authorization: Bearer $CC_JWT" \
-H "Content-Type: application/json" \
-d '{}' || echo " (failed — endpoint may not exist; check route name)"
done
echo "Done."

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#!/usr/bin/env bash
# Find the most recent pending chat_session for the test mitra and accept it via
# the backend API. Used by Maestro flows that drive the customer side and need a
# mitra to "accept" without running a second app.
#
# Reads from .maestro/config.yaml env (BACKEND_URL, TEST_MITRA_ID, TEST_MITRA_JWT).
# Maestro injects these as shell env vars before running this script.
set -euo pipefail
: "${BACKEND_URL:?BACKEND_URL must be set in .maestro/config.yaml}"
: "${TEST_MITRA_ID:?TEST_MITRA_ID must be set in .maestro/config.yaml}"
: "${TEST_MITRA_JWT:?TEST_MITRA_JWT must be set in .maestro/config.yaml}"
# Poll for a pending request (blast may take 1-2 seconds to arrive)
for i in 1 2 3 4 5; do
pending=$(curl -fsSL "$BACKEND_URL/api/mitra/chat-requests/pending" \
-H "Authorization: Bearer $TEST_MITRA_JWT" 2>/dev/null || echo '{"data":[]}')
session_id=$(echo "$pending" | jq -r '.data[0].session_id // empty')
if [ -n "$session_id" ]; then
break
fi
sleep 1
done
if [ -z "${session_id:-}" ]; then
echo "ERROR: no pending chat request found for mitra $TEST_MITRA_ID after 5s" >&2
exit 1
fi
echo "Accepting session $session_id as mitra $TEST_MITRA_ID..."
curl -fsSL -X POST "$BACKEND_URL/api/mitra/chat-requests/$session_id/accept" \
-H "Authorization: Bearer $TEST_MITRA_JWT" \
-H "Content-Type: application/json" \
-d '{}'
echo "OK"