The dialog was max-w-2xl with sm:grid-cols-3, leaving each template
card ~150px wide. With p-3 padding and line-clamp-3 the descriptions
truncated to four-word fragments — the gallery looked squished even
on desktop.
- Dialog: max-w-2xl → max-w-3xl
- Grid: stack on mobile, 2-col on sm, 3-col on lg (matches the
flow-card list grid elsewhere in the page).
- Card: p-3 → p-4, gap-2 → gap-2.5, h-4 icon → h-5.
- Drop the line-clamp on the description — at the new width it fits.
- Move the "X nodes" footer above a top-border so it reads as
metadata, not part of the description.
- Add a divider above the "Or start blank" section so the two
paths feel like distinct choices.
Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com>
use-auth's `loading` flips false as soon as the session settles —
the profile fetch is fire-and-forget so the page renders quickly
with just the user object. The flows pages, though, gate access on
`isFlowsEnabled(profile.beta_features)`. During the gap between
session-ready and profile-ready they saw `{ loading: false,
profile: null }` and read it as "not opted in", redirecting a
legitimate beta user back to /dashboard.
Expose a separate `profileLoading` boolean from the auth context
that stays true until fetchProfile settles (success, missing row,
or error). Pages that branch on `profile.*` gate on it; chrome
that only needs the user object keeps using `loading` as before.
Three call sites updated: /flows, /flows/[id], /flows/[id]/runs.
Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com>
The `/api/flows/cron` route gated on `supplied !== expected`, which
compares strings byte-by-byte with early exit on first mismatch.
An attacker who can hit the endpoint could in principle recover the
secret one byte at a time by measuring response-time deltas. With
a high-entropy 64-char secret this is mostly theoretical, but the
upgrade is a one-liner.
Switch to crypto.timingSafeEqual with a length pre-check (the
function throws on mismatched lengths; the length itself isn't
sensitive when the expected value is set by the operator).
Not touching the equivalent line in /api/automations/cron in this
PR — one fix per branch keeps the diff easy to review and revert.
Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com>
Two small things noticed in review:
1. handleReplyForActiveRun did UPDATE reprompt_count=0 → SELECT *
the whole row → use it. The re-read existed because the
collect_input capture branch wrote `vars` to the DB without
mirroring the change to the local `run` object — so the next
advance step would interpolate stale vars otherwise.
Mirror the UPDATE in-memory instead. Also skip the reset UPDATE
when reprompt_count is already 0 (the common case after a
successful collect_input — that branch already zeroed it).
2. loadActiveRunForContact used .maybeSingle() which throws on >1
row. The partial unique index makes that impossible by design,
but a migration glitch or manual SQL could produce one and would
crash dispatch for that contact's webhook forever. Switch to
.order().limit(1) so the runner picks the newest and lets the
cron sweep clean up duplicates if any ever appear.
Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com>
The advance loop called loadNode() on every iteration — one DB
round trip per node visited. A flow with 5 chained auto-advance
nodes (send_message → condition → set_tag → send_message → end)
cost 5 sequential round trips synchronous in the webhook hot path.
At ~50ms each that's 250ms before the customer sees anything.
Switch to a single upfront SELECT into a Map<node_key, FlowNodeRow>
keyed on the flow_id, passed through advanceFromNodeKey and
handleReplyForActiveRun. The advance loop is now in-memory and the
hot path costs one round trip regardless of chain length.
node_not_found semantics are preserved: missing keys still end the
run with that reason, same as the old per-node lookup.
Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com>
startNewRun read flows.execution_count from a cached row and wrote
`cached + 1`. Two concurrent webhooks starting runs on the same flow
for different contacts both read N and both write N+1 — one count
permanently lost.
Mirrors the automations engine's solution (migration 007): a tiny
SECURITY DEFINER function that does the increment server-side, locked
to the service role. The engine's call becomes a single RPC.
The counter is best-effort: if the RPC fails we log + continue rather
than failing the run for a stat error.
Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com>
The `reply_received` event was persisting `text: message.text` verbatim
into flow_run_events.payload. A customer prompted "what's your card
number?" by a collect_input node would leave the PAN sitting in the
events table forever, surfaced via the runs viewer to anyone with
access.
Switch to `text_length` only. The `node_entered` event already records
`captured_length` for the same reason after a successful capture; this
makes the asymmetry symmetric.
Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com>
Editing 5 node configs and then refreshing the tab silently wiped them.
Activate also silently invoked Save first — useful, but invisible: users
had no way to know if pending edits had landed.
Adds:
- A `dirty` boolean flipped true on any user edit, false on a successful
PUT. Internal `state.status` changes from the activate API path use
raw setState and don't dirty the form.
- An "● Edited" amber chip next to the StatusBadge while dirty.
- A `beforeunload` listener that prompts the native confirm on
reload / tab-close / external-link click when dirty.
SPA navigation (sidebar, back button) isn't covered — Next 16's App
Router doesn't fire beforeunload on client-side routes. Worth a
follow-up but the accidental-refresh case is the noisier one.
Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com>
The validation panel sits at the bottom of the editor. When it surfaced
an error ("node X is missing next_node_key") the user had to scroll up,
find that node, expand it, find the broken field. Long feedback loop.
Each node-scoped IssueLine becomes a button: click it and the editor
expands the offending node, scrolls it into view, and briefly rings
its border so the eye lands on the right card. Trigger-scoped issues
stay non-interactive (the trigger panel is already at the top of the
page).
Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com>
A flow with 8 send_message nodes used to show 8 identical-looking pills
in the editor — the only way to tell them apart was to expand each
one. Adds a one-line summary below the meta label when the card is
collapsed:
- send_message → first 80 chars of text
- send_buttons → text + button titles
- send_list → text + option count
- collect_input → prompt + target var
- condition → "var.email == 'support@…'"
- set_tag → "Add tag 1f8c…"
- handoff → first 80 chars of note
Empty nodes (just added, no fields set) keep the old compact look so
you can tell at a glance what still needs configuration.
Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com>
The data model and the runner already supported multiple sections in a
WhatsApp interactive list, but the builder UI exposed no way to add one
— it only let you add rows within the single default section. So users
couldn't build a categorized menu (Billing / Support / Sales) without
editing the DB directly.
Adds an "Add section" button below the sections list (capped at the
WhatsApp spec's 10) and a per-section remove button (shown when more
than one section exists).
Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com>
Node key and per-button/row reply IDs are auto-generated and consumed
only by the runner — exposing them in the main form read as developer
leakage. Move them behind a per-node "Show advanced" toggle so the
default UI shows only customer-facing fields. Power users who need
stable IDs for analytics can still get them.
Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com>
Final feature PR before GA cleanup. Closes the gap between "flow
runner works" (PR 2) and "users have everything they need to build
real automation" — three new node types, plain-text sends actually
sending, three starter templates, a run-history page for debugging.
What landed:
1. engineSendText helper (src/lib/flows/meta-send.ts) — wraps
sendTextMessage with the phone-variant retry + DB persistence
pattern. Unblocks send_message + collect_input nodes that
previously auto-advanced without sending.
2. Three new node types in the engine:
- collect_input: sends a prompt, suspends, captures the next
text reply into flow_runs.vars[var_key], advances. Supports
{{vars.X}} interpolation in downstream prompts + handoff
notes.
- condition: branches on subject (var / tag / contact_field)
with operators (equals / contains / present / absent).
Auto-advancing, no Meta call. Pure predicate logic exported
as evaluateConditionPredicate with 7 new unit tests.
- set_tag: upsert/delete on contact_tags then advance. Non-
fatal on write failure — logged + advances anyway so a tag
glitch doesn't strand the customer.
3. Real send_message — calls engineSendText, logs the result,
handles errors by ending the run with status='failed'. Same
{{vars.X}} interpolation.
4. Three starter templates (src/lib/flows/templates.ts):
- Welcome menu (the owner's brief example)
- FAQ bot (keyword → list → answers → end)
- Lead capture (first_inbound → collect_input chain → handoff
with vars in the note)
POST /api/flows now accepts {template_slug} to clone a
template into a fresh draft. GET /api/flows/templates exposes
the gallery shape (no nodes payload — fetched on actual clone).
5. Builder UI extensions:
- NODE_META + config sub-forms for collect_input, condition,
set_tag.
- Template gallery on the /flows New-flow dialog (loads from
/api/flows/templates, falls back gracefully if absent).
- "Runs" button in the editor header → /flows/[id]/runs.
6. Run-history viewer at /flows/[id]/runs — newest-first list of
the 50 most recent runs, with expandable per-run event
timeline (started, node_entered, message_sent,
reply_received, fallback_fired, handoff, timeout, error,
completed). Useful for debugging "why didn't my flow advance?"
from the brief's use case.
7. Validator updates: new error rules for each new node type
(prompt_text required, var_key alphanumeric, operator valid,
true_next/false_next exist, etc.). outgoingEdges helper now
covers collect_input/condition/set_tag for reachability.
All gated behind isFlowsEnabled(profile). Non-beta accounts see no
change. Run-history API is also 404 for non-beta.
Validation: 173/173 tests pass (added 7 new for the predicate);
typecheck + lint + build all clean.
Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com>
Ships the surface that lets opted-in beta accounts build, save, and
activate WhatsApp conversation flows entirely from the web UI — no
SQL fixtures needed. Sidebar gets a "Flows" entry (hidden for
non-beta accounts), the /flows list page surfaces existing flows,
/flows/[id] is the linear-list editor.
Wraps the runner from PR 2 with everything a real user needs to
build the welcome-menu example end-to-end.
What landed:
1. `src/lib/flows/validate.ts` — pure validator. Checks entry
node exists, all next_node_key refs resolve, no unreachable
nodes, Meta-limit violations (button title ≤20, ≤3 buttons,
≤10 list rows, ≤24 chars per list row). 24 unit tests.
2. `src/app/api/flows/route.ts` — GET (list user's flows),
POST (create draft).
3. `src/app/api/flows/[id]/route.ts` — GET (load with nodes),
PUT (replace name + trigger + nodes; delete-then-insert),
DELETE (cascade clean-up).
4. `src/app/api/flows/[id]/activate/route.ts` — status toggle.
Activation runs the validator; returns 422 + the full issue
list when blocked.
5. `src/app/(dashboard)/flows/page.tsx` — list of cards, "New
flow" dialog, delete with confirm.
6. `src/app/(dashboard)/flows/[id]/page.tsx` — editor shell
that loads data and hands it to FlowBuilder.
7. `src/components/flows/flow-builder.tsx` — the editor itself.
Header with name + save/activate/pause/delete; trigger
panel; entry-node picker; node list with expandable per-node
config forms (start, send_buttons, send_list, send_message,
handoff, end); bottom validation panel that mirrors what the
server's activate endpoint would reject.
8. `src/components/layout/sidebar.tsx` — Flows entry between
Automations and Settings, rendered only when isFlowsEnabled.
Every API route + page is gated server-side by isFlowsEnabled —
non-beta accounts get 404 (not 403) so the routes don't even hint
at existing. UI gate is for snappy redirect; security is at the
API layer.
Validation: 166/166 tests pass (added 24 validator tests);
typecheck + lint + build all clean.
Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com>
Brings the Flows feature alive end-to-end for beta-opted-in accounts.
Still no UI — flows are defined via direct SQL inserts in v1; the
no-code builder lands in PR 3. Everything in this PR is gated behind
`isFlowsEnabled(profile)` so non-beta accounts behave identically to
before.
What landed:
1. `src/lib/flows/types.ts` — DB row + discriminated-union node
config types, plus the `ParsedInbound` shape and a
`DEFAULT_FALLBACK_POLICY`.
2. `src/lib/flows/fallback.ts` — pure policy resolver. Decides
whether an unknown reply triggers a reprompt (up to N times),
a handoff, or end. 11 unit tests.
3. `src/lib/flows/engine.ts` — `dispatchInboundToFlows()` entry
point. Loads the active run (if any), checks idempotency via
`flow_run_events`, advances the run through a synchronous
auto-advance loop that suspends only at nodes that need
customer input. Each suspending node calls
`engineSendInteractive{Buttons,List}` and persists the new
current_node_key via an optimistic UPDATE with a precondition
on the OLD key — concurrent inbounds collide cleanly.
11 unit tests for the pure-logic helpers.
4. `src/app/api/whatsapp/webhook/route.ts` — invokes the runner
between the broadcast-reply flag and the automation dispatch.
When the runner consumes the inbound (started a flow, advanced
one, applied a fallback), suppresses `new_message_received`
and `keyword_match` automation triggers — the customer is
navigating the bot menu, not throwing a keyword. Relationship
triggers (new_contact_created, first_inbound_message) still
fire regardless.
5. `src/app/api/whatsapp/send/route.ts` — after a successful
agent message, marks any active flow run for that contact as
`paused_by_agent`. Best-effort: a write failure is logged but
doesn't block the send response.
6. `src/app/api/flows/cron/route.ts` — sweeps active runs whose
`last_advanced_at` is older than the flow's
`fallback_policy.on_timeout_hours` (default 24h). Marks them
`timed_out` and writes a `flow_run_events.timeout` row. Re-uses
`AUTOMATION_CRON_SECRET` so operators don't have to provision
a second secret.
Test surface in this PR:
- 142/142 tests pass (added 22 new unit tests across fallback +
engine pure logic)
- typecheck clean
- 0 new lint errors
- build clean
Manual end-to-end verification arrives via the SQL fixture in the
PR description (a 3-node Welcome → buttons → handoff flow).
Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com>
Wraps the new `case 'interactive'` rendering with `isFlowsEnabled(profile)`
from the beta-features module that landed in #113. Non-beta accounts
fall back to the plain-text rendering for `content_type='interactive'`
rows — they get the option title as text, no special "↩ Button reply"
affordance.
Why this gate exists even though the case is unreachable today:
- No code path on this branch produces `content_type='interactive'`
rows. The flow runner that does is upcoming (PR #2), and it'll be
behind the same gate.
- But: if a stray interactive row ever shows up in a non-beta
account (manual SQL insert, data import, future bug), we'd rather
the account see boring plain text than UI for a feature they
haven't opted into.
- The cost is ~3 LoC and one hook call. Pure paranoia insurance.
Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com>
Foundation for the upcoming WhatsApp chatbot flow builder. No runner,
no UI yet — just the plumbing that lets the codebase SEND interactive
messages (button replies + lists) and RECEIVE the taps as structured
message rows. Plan: ~/.claude/plans/understood-research-such-functionality-binary-lake.md
## What's in this PR
### Migration 010_flows.sql
- New tables: flows, flow_nodes, flow_runs, flow_run_events
- Linchpin partial unique index on flow_runs(user_id, contact_id) WHERE status='active' — at most one active run per contact, makes concurrent webhook deliveries idempotent at the DB layer
- Widens messages.content_type CHECK to allow 'interactive'
- New messages.interactive_reply_id column for the tapped button/row id
- RLS on every table; flow_runs added to supabase_realtime publication
- Idempotent throughout — matches the 009_message_actions.sql template
### Interactive Meta senders (src/lib/whatsapp/meta-api.ts)
- sendInteractiveButtons: type='interactive', interactive.type='button', up to 3 reply buttons
- sendInteractiveList: type='interactive', interactive.type='list', up to 10 rows across sections
- Limits exported as INTERACTIVE_LIMITS so flow validation can share the constants
- All Meta caps validated BEFORE the network call (button title ≤20 chars, list row title ≤24 chars, ≤10 total rows, no duplicate row ids, body ≤1024 chars, etc.) — misconfigured flows fail at save time instead of as a customer-facing 400 mid-conversation
### Webhook (src/app/api/whatsapp/webhook/route.ts)
- Extends WhatsAppMessage interface with `interactive?: { type, button_reply?, list_reply? }`
- parseMessageContent returns a new `interactiveReplyId` field; refactored to use a shared `empty` base so every return site picks up the new field without 9 explicit copies
- New `case 'interactive'`: uses the tapped option's TITLE as content_text (so the inbox bubble reads "Existing customer", not a UUID) and stashes the id separately
- 'interactive' added to ALLOWED_CONTENT_TYPES so the messages insert no longer coerces it to 'text'
### Inbox bubble (src/components/inbox/message-bubble.tsx)
- New `case "interactive"` in MessageContent renders the tap with a small "↩ Button reply" affordance so agents reading the inbox can tell at a glance that this was a tap rather than the customer typing the same words
### Types (src/types/index.ts)
- ContentType union extended with 'interactive'
- Message.interactive_reply_id field
### Engine helpers (src/lib/flows/)
- admin-client.ts: thin service-role client wrapper, mirrors automations/admin-client.ts
- meta-send.ts: engineSendInteractiveButtons / engineSendInteractiveList — adapts the Meta senders for service-role use, persists messages with sender_type='bot' content_type='interactive', uses the same phone-variant retry as automations/meta-send.ts. Unused in PR #1; ready for the runner in PR #2
### Tests
- 13 new vitest cases in meta-api.test.ts covering Meta's limit validation + payload-shape assertions for both interactive senders
## Validation
- npm test → 102/102 (was 89; 13 new)
- npm run lint → 0 errors
- npm run typecheck → clean
- npm run build → clean
## What's NOT in this PR
- The runner (dispatchInboundToFlows) — PR #2
- Builder UI / API surface — PR #3
- collect_input / condition / set_tag nodes + templates — PR #4
- react-flow canvas + http_fetch — v2 (PR #5)
## Risks tracked from the plan
- messages.content_type CHECK widening: grep'd every consumer; message-bubble.tsx, reply-quote.tsx, send/route.ts, automations/meta-send.ts all handle the new variant correctly (or accept it as a defaulted fallthrough)
- engineSendText / engineSendInteractive share ~80% of code; deliberately not pre-factored yet — let both stabilize, extract a shared base in PR #2 once the shape settles
Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com>
Scaffolding for the upcoming WhatsApp Flows feature. The whole Flows
stack (interactive button/list send + parse, server-side runner, no-
code builder, templates) will land across the next ~4 PRs *behind*
this gate so the owner can dogfood the feature on their own account
before exposing it to teammates or downstream pullers of the OSS.
What this lands:
1. `profiles.beta_features TEXT[] NOT NULL DEFAULT ARRAY[]::TEXT[]`
— generic opt-in column, lives on the existing profiles table.
Empty by default for every existing row.
2. `src/lib/flows/feature-flag.ts` — `isFlowsEnabled(profile)`
predicate + `BETA_FEATURE_FLOWS` constant. Single source of
truth for the gate; later PRs import this in every guarded
surface (sidebar nav, /flows page, /api/flows routes, webhook
dispatcher).
3. `Profile.beta_features` added to the shared TS type and the
auth hook's local copy. Auth hook loads the column and
defaults it to `[]` defensively if the DB read returns null.
4. 11 unit tests covering null/undefined/empty/mismatched cases,
including case sensitivity (only lowercase `'flows'` opts in)
and defensive guards against malformed input.
How the owner enables it for their own account, once merged:
UPDATE profiles
SET beta_features = array_append(beta_features, 'flows')
WHERE user_id = '<their-auth-uid>';
How we ship it to everyone, when ready: grep-and-delete the
`isFlowsEnabled()` callsites in one cleanup PR.
Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com>
Adds a subtle, repeating SVG pattern behind the message thread and the
"select a conversation" empty state — same visual language WhatsApp uses
in their own chat UI, themed for a CRM (message bubble, phone, mail,
calendar, lightbulb, briefcase, trophy, dollar sign, percent, etc).
Asset: public/inbox-doodle.svg, 6 KB, 240×240 tile that repeats
seamlessly. Icon shapes are taken verbatim from lucide-react (already
a dependency, every other icon in the UI uses it) so the doodle reads
as part of the same visual system, not a separate clip-art import.
Stroke is slate-500 at 22% opacity over bg-slate-950 — visible but
not competing with message text.
Wiring: a single DOODLE_BG_CLASSES constant in message-thread.tsx
applied to both the empty-state and active-thread containers, so they
can't drift. The header keeps bg-slate-900 (solid) and the composer
keeps its own background, so the doodle only shows in the actual
message scroll area — exactly like WhatsApp.
No JS, no perf hit beyond a one-off 6 KB asset fetch that's then
browser-cached forever (it's served from /public with Next's default
caching).
Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com>
A small icon button (lucide RefreshCw) in the message-thread header,
sitting just left of the Status dropdown. Clicking it bumps the
parent's `resyncToken` — the same channel that already drives the
WS-reconnect and tab-visibility-resume refetches. So the button goes
through the existing dedupe + fetch plumbing in ConversationList and
MessageThread; no parallel code path to keep in sync.
The icon spins for 700ms as click feedback (the refetch itself is
fire-and-forget — the children just refire their fetch effects). The
button is gated behind the optional `onRefresh` prop, so existing
callers of MessageThread (and tests, if any are added later) keep
working unchanged.
Useful when the agent suspects realtime missed something — or just
wants to be sure the list and thread reflect the latest DB state.
Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com>
The badge used to linger for the duration of the
click → unread-reset effect → server UPDATE → realtime UPDATE → setState
round-trip — long enough to be noticeable, and visible indefinitely if
the realtime UPDATE was ever dropped. There was also a brief flicker
when a customer sent a new message while the user was already viewing
the thread: the webhook bumps unread_count on the server, the realtime
UPDATE arrives at the client and overwrites the local 0 with a positive
value for the ~100ms it takes the reset effect's server UPDATE to
round-trip back.
Fix in two places:
1. handleSelectConversation (and the deep-link auto-select path)
optimistically zero the list copy's unread_count immediately. We
deliberately do *not* touch activeConversation.unread_count — the
reset effect inside MessageThread keys off that value to decide
whether to fire the server UPDATE, so zeroing it locally would
silently skip the persist.
2. handleConversationEvent UPDATE suppresses the incoming unread_count
for the currently-active conv. Non-active convs take the value
as-is; the active one stays at 0 until the user navigates away.
Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com>
Addresses #106 (issue stays open until the reporter confirms in prod).
#105's `let foundInList = false; setState(p => { foundInList = ...; ... })`
pattern is broken: setState updaters run during reconciliation, *after*
the synchronous handler returns, so `foundInList` reads `false` in the
same tick and `hydrateConversation()` fires on every code path the
flag was meant to gate. Every incoming message and every conversation
UPDATE (read receipts, status flips, agent assignment) triggered a
redundant DB fetch, queuing HTTP behind realtime WS frames on the same
supabase client and starving the channel — which surfaced as exactly
what #106 reports: messages that never arrive, threads stuck on "No
messages yet", events landing out of order.
The fix:
1. Synchronous known-IDs ref. `knownConvIdsRef` mirrors the conv ids
currently in state, kept in sync via a useEffect on `conversations`.
Event handlers check it synchronously to decide between a cheap
in-place patch and a hydrate refetch — no more closure-flag pattern.
2. Reconnect + visibility resync. Realtime is best-effort: events sent
while the WS was disconnected or while the tab was background-throttled
are gone. A `resyncToken` state bumped on (a) `isConnected` false→true
transitions after the initial connect and (b) tab visibility →
visible drives `ConversationList` and `MessageThread` to refire their
fetch effects. The reactions effect in MessageThread is split into
fetch + channel-subscribe so a resync only refetches the rows
without tearing down and rebuilding the realtime channel.
3. Keep the conv-INSERT hydrate. Still the right fix for #104 (realtime
payloads never carry the `contact` join); now it only fires when the
conversation is genuinely unknown to state.
Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com>
Closes#104.
Supabase Realtime payloads only carry the row's own columns — the
`contact:contacts(*)` join the initial fetch uses is absent. A
freshly-inserted conversation arrived in state with `contact: undefined`,
displaying "Unknown" and a blank contact sidebar. When the
message-INSERT for that conversation arrived before the conv-INSERT
event had landed in state, the preview update was a silent no-op and
the conversation appeared stuck on "No messages yet" until something
else triggered a refetch (typically the user sending a reply, which is
why replying made the missing inbound messages "suddenly appear").
Add a deduped `hydrateConversation(id)` helper that fetches the row
with the contact joined and merges it into state. Call it from:
- conv-INSERT realtime handler — to backfill the contact join
- message-INSERT handler when the conv isn't in state yet
- conv-UPDATE handler when the row is missing (self-heal for any
realtime event ever dropped)
Existing fields in state win on merge: a realtime UPDATE may have
patched last_message_text / unread_count to fresher values than the
single-row read returns, and we don't want to clobber them.
Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com>
Self-host docs already point to Hostinger Managed Node.js as the
fastest path, but the README had no clickable starting point for that
journey. Adds a CTA button (shields.io + SimpleIcons Hostinger logo +
brand purple) right under the tagline, linking to Hostinger's web-apps
hosting landing page.
Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com>
