Surface state-aware quick actions directly on each card so the user
doesn't have to drill into the detail page just to delete or re-pair an
account. Re-pair shows when status != connected; Delete (with
destructive confirm dialog) is always available.
Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com>
Reshape the account lifecycle to match how operators actually want to
work the system:
- Add Account → creates a row with status='unpaired'. No QR yet; the
operator lands on the detail page.
- Pair / Re-pair → transitions an unpaired account to status='pending'
and opens the live QR flow. Works for first-time pair AND for re-pair
of an account that was previously unpaired.
- Unpair → asks the bot to stop the live Baileys session and clean
session files; sets status='unpaired' but KEEPS the row (and its
reminders) so the operator can re-pair without retyping anything.
- Delete → permanently removes the account and cascades to its groups,
reminders, run history.
Schema:
- whatsapp_groups.account_id and reminders.account_id now have
ON DELETE CASCADE so deleting an account fans out cleanly.
UI:
- /accounts list shows everything except the transient 'pending' state.
- /accounts/[id] shows state-aware buttons: Pair (when unpaired/banned/
disconnected), Sync + Unpair (when connected), Delete (always).
- /accounts/new is now an "Add Account" form (label only).
Other fixes:
- next.config.ts: allowedDevOrigins includes 192.168.0.253 +
test/rexwa subdomains so Server Actions work across the LAN.
- packages/shared/src/rrule.ts: rrule@2.8.1 has no exports field and
ships ESM that some bundlers can't resolve via default OR named
import. Use createRequire to bridge — works under both NodeNext
(bot runtime) and Turbopack (web SSR).
Two related fixes:
1. Phone (and any LAN client) couldn't reach the web container because
the dev compose mapped 127.0.0.1:WEB_PORT instead of binding all
interfaces. Drop the loopback prefix.
2. Turbopack and NodeNext disagree on extension handling: bot's tsc
needs `.js` extensions in source imports; Turbopack's transpilePackages
path can't resolve those `.js` requests back to `.ts` source. Switch
to consuming the workspace packages via their compiled dist instead:
- packages/db + packages/shared point `main`/`exports` at ./dist/*
- drop transpilePackages from next.config.ts; web picks up the
compiled `.js` files directly
- dev compose command for web builds shared+db before running
`next dev` so dist is fresh when Turbopack starts
- put the `.js` extensions back in packages/db source so NodeNext
compilers (bot's tsc, packages/db's own tsc) are happy
- Local dev WEB_PORT now 9000 to match the planned dev/staging domain
test.04080616.xyz. Production deployment uses port 8100 mapped to
rexwa.04080616.xyz (configured in plan 4).
- apps/bot/tsconfig.json: exclude src/**/*.test.ts from the production
build (vitest types only present at dev time, mirrors the same fix we
made earlier for packages/shared).
Three small build-time fixes surfaced when the Docker images first ran
their full production build (previously only dev mode via tsx):
- packages/shared: exclude *.test.ts from tsc (vitest types not needed
for shipped output), add @types/node dep so node:crypto resolves
- packages/db: add @types/node dep for the same reason
- apps/web: pin Next.js Turbopack root to the workspace root via
next.config.ts so the bundler doesn't fail to detect the monorepo
layout from inside the Docker image
Two related fixes for abandoned pairings:
- After /pair starts a Baileys session, arm a 5-minute timer. If the
operator doesn't scan in time the bot stops the session, deletes the
pending account row + session files, and pings them in Telegram.
- On bot startup, sweep any 'pending' account rows older than 1 hour —
catches the case where the bot was restarted mid-pair, leaving a
stale row no in-memory state could clean up.
The preset day list (Today/Tomorrow/+1 week/etc.) was redundant with the
top-level time-quick options (Now / Tomorrow 9 AM / Next Mon 9 AM) and
added an extra step for the operator's actual use case (specific dates).
Tapping "Custom day & time" now opens the year picker directly. Back from
the year picker returns to the time menu (Now / Tomorrow / etc.) instead
of looping into itself.
Replace the typed-date input with a fully button-driven calendar:
Year (current + next 4) → Month (12 buttons, past months disabled)
→ Day (calendar grid for that month, past days disabled)
→ Hour → Minute (existing screens, computed day-offset)
Past months/days render as inert "·" cells with a no-op callback so
operator taps don't error. Year picker covers up to 4 years out — well
beyond the typical reminder horizon.
Replaces the "📝 Specific date…" typed input with "📅 Pick exact date…"
which never asks for keyboard text.
Day picker was limited to ≤1 month. Two enhancements after live testing:
- Add +2 months and +3 months presets
- Add a "📝 Specific date…" option that prompts the operator to type
YYYY-MM-DD; the bot validates, computes the day-offset, and continues
straight to the hour picker (rest of the wizard unchanged)
Lets the operator schedule reminders at arbitrary future dates without
expanding the preset list to absurd lengths.
The day picker text included `(timezone: Asia/Kuala_Lumpur)` and the `_`
in the IANA name triggered Markdown's italic delimiter — Telegram's parser
then couldn't find the closing `_` and rejected the message with 400
'can't parse entities at byte offset 62'.
Drop Markdown formatting for all three custom-time picker views (day,
hour, minute) since they include system-generated content (timezones,
day labels, dates) that may contain underscores or other markdown chars.
A fired one-off reminder was staying active forever in the DB and showing
🟢 in the Reminders list. Update reminders.status to 'ended' once a one-off
has fired (regardless of run outcome — one-off is done after one attempt).
Recurring reminders stay 'active' — they have more occurrences pending.
The reminder confirm screen was failing with 'can't parse entities' (400)
because the body string included `[media...]` which Telegram's legacy
Markdown mode tries to interpret as a link `[text](url)` and rejects when
the closing `(url)` isn't present. Same risk for any user-typed body
containing `*`, `_`, backticks, or `[`.
Two fixes:
- Add optional parseMode field to MenuView; showMenu honors it
- reminderConfirmMenu and reminderDetailMenu render as plain text
(parseMode: undefined) since both include user-supplied content
- Replace `[media...]` brackets with `(media...)` parens in the wizard
body preview so the placeholder itself can't trigger link parsing
Time picker UX changes after live testing:
- Add "🕐 Now" quick option (fires within 30s)
- Remove "🕐 In 1 hour" / "🕒 In 3 hours" — Now + Tomorrow 9 AM cover the
practical fast-path
- Replace free-text custom date input with a 3-step menu picker:
Day (Today, Tomorrow, +2d, +3d, +4d, +5d, +1w, +2w, +1m)
→ Hour (24-hour grid, daytime first)
→ Minute (5-min increments)
- Validate the chosen day+hour+minute against "now" and reject if past
Drops parseFreeText path entirely; the wizard's set_time step is gone.
Appends all 9 reminder handler exports to callbacks.ts, creates
commands/reminders.ts, registers the /reminders command, all
callback queries (literal matches before regex catch-alls), wizard
branches in message:text, a media ingest handler, and updates
setMyCommands.
Co-Authored-By: Claude Sonnet 4.6 <noreply@anthropic.com>
Previously syncGroupsForAccount only upserted, so groups removed from
WhatsApp (deleted, bot was kicked, etc.) lingered in the DB.
Now compute the diff: any whatsapp_groups row for this account whose
wa_group_jid is not in the live fetch result is deleted. Skip the delete
sweep when the fetch returns empty — that's more likely transient than
a genuine "every group gone" signal, and we don't want to nuke valid
data on a hiccup.
Return shape gains a `removed` count alongside `synced`.
The 6.17.x line was returning 406 not-acceptable from WhatsApp's pre-key
endpoint when distributing sender keys to per-device JIDs (e.g.
40471728529510:18@s.whatsapp.net). This blocked every group send
regardless of group size.
Baileys 7.0.0-rc series tracks WhatsApp's current protocol. API is
drop-in compatible — typecheck clean, no source changes needed.
Re-pair required: 6.x signal session files are not portable to 7.x.
Group sync previously only ran once at pairing time, so groups created in
WhatsApp afterwards never showed up.
Two complementary fixes:
- 🔄 Refresh button in the groups list view triggers
syncGroupsForAccount() on demand and re-renders the menu
- session.ts now subscribes to Baileys 'groups.upsert' and 'groups.update'
events and re-syncs (debounced 1.5s) so new groups appear without
manual action
WhatsApp's pre-key endpoint returns 406 not-acceptable if ANY single JID
in the batch is in a broken state (deleted account, deactivated, etc.).
With Baileys' default behavior of asking for the whole participant list at
once, one stale member poisons the whole group send.
Chunk participant JIDs into batches of 5 and tolerate per-chunk failures.
The send fan-out then works for the participants whose sessions did land,
which covers the vast majority of real-world groups.
Also adds explicit pino logging so we can see which chunks failed during
diagnosis.
groupMetadata alone wasn't enough — Baileys won't establish individual
libsignal sessions lazily during sendMessage, so the first send to a
freshly-paired group fails per-participant. Cast to the internal
assertSessions(jids, force=true) and call it on every participant before
attempting to send.
First send to a group after pairing fails with libsignal SessionError
"No sessions" because Baileys hasn't yet established encryption sessions
with all participants. Force-fetch group metadata before sendMessage so
Baileys populates its participant map; if the first send still races,
retry once after a 1.5s delay.
Each entry in the groups list is now a button. Tapping shows a group detail
view with [📝 Send Test Text]. Operator replies with the message body and
the bot sends it to the selected WhatsApp group via the live Baileys session,
records the action in audit_log, and shows success/failure inline.
This is a small forerunner of the full reminder send pipeline that plan 2
will build out (with media, scheduling, retries). Useful right now to
validate the end-to-end Telegram-to-WhatsApp send path during pairing tests.
All flows are now reachable from /menu (alias for /start). Single message
edits in place via editMessageText for hierarchical navigation, every leaf
has ⬅ Back / ⬅ Main Menu buttons.
Menu hierarchy:
/menu → main menu
📒 Accounts → list (each account is a button)
📒 <Account> → detail (📂 Groups | 🗑 Unpair | ⬅ back)
📂 Groups → groups list (⬅ back to account, ⬅ main menu)
🗑 Unpair → confirm (✅ yes | ⬅ cancel) → done
📡 Pair New → prompt for label, operator replies as plain message
❓ Help → help text + ⬅ Main Menu
Implementation notes:
- New menus.ts module with pure render functions for each view
- New state.ts tracks pending "awaiting pair label" per Telegram user
- bot.on("message:text") consumes the pending label after Pair New
- /pair, /unpair, /groups commands still work for power users; they reuse
the same handlers behind the scenes (executePairFlow extracted from
handlePair so the menu and the command share one path)
UX improvements driven by live testing:
- setMyCommands populates Telegram's '/' picker with all commands and
descriptions, so the operator gets autocomplete instead of guessing
syntax.
- /start replies with an inline keyboard ([📒 Accounts] [📡 How to Pair]
[❓ Help]) — quick navigation without typing.
- /accounts emits one message per account with [📂 Groups] [🗑 Unpair]
inline buttons. Tapping triggers a callback (no typed labels needed).
- New callbacks module wires the buttons. Unpair shows a confirm/cancel
prompt before acting.
/pair still requires a typed label since the value is operator-defined
content rather than a selection from existing data.
