Builds on PR 1's read-only canvas. This PR brings the canvas to ~75%
of list-view parity: drag-to-reposition (persisted) and click-to-edit
via a side panel that mounts the same per-node forms the list view
uses. Drag-to-connect + add/delete from canvas land in PR 2b.
Architecture (the bulk of the diff):
- Extracted the per-node forms (SendButtonsForm, SendListForm,
SendMediaForm, ConditionForm, SetTagForm + inline forms for the
smaller types) plus the shared field components (TextRow,
NextNodeRow, NodeKeySelect) from flow-builder.tsx into
src/components/flows/forms/. Both views now mount the SAME
NodeConfigForm dispatcher so behaviour can't drift between
"what the list editor shows" and "what the canvas side panel
shows".
- Lifted all editor state into a context/hook
(src/components/flows/flow-editor-state.tsx) with a
FlowEditorProvider that wraps both views in flow-editor-shell.
Single source of truth: toggling Canvas ⇄ List never resets
unsaved edits, and a drag on the canvas updates the same nodes
array the list view reads.
- flow-builder.tsx shrinks from ~2400 lines to ~900 (extracted
forms) and stops owning state (now consumes via useFlowEditor()).
List-only UI state — expanded cards, scroll refs, jump-to-node
flash — stays internal.
Canvas additions:
- onNodeDragStop writes the new position to context via
updateNodePosition (flips dirty; serialized in the existing PUT
/api/flows/[id] body — the route already accepts position_x /
position_y per migration 010).
- onNodeClick opens a controlled shadcn Sheet (right-side panel)
with the per-node form, plus "Set as entry" and "Delete node"
buttons. Esc / overlay / close button all close.
What's intentionally still NOT in this PR (PR 2b):
- Per-slot Handle components on the custom node renderer.
- Drag-to-connect handler that maps target → updated
next_node_key for the right slot.
- Floating "+" button to add nodes from canvas.
- Keyboard / context-menu delete.
Tests: 9 new pure-helper tests (uniqueNodeKey + defaultConfigFor
self-consistency). Hook integration tests are deferred — would
require @testing-library/react + jsdom infra. Existing 271 tests
still pass.
Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com>
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| public | ||
| src | ||
| supabase/migrations | ||
| .editorconfig | ||
| .env.local.example | ||
| .gitignore | ||
| .prettierignore | ||
| .prettierrc | ||
| AGENTS.md | ||
| CHANGELOG.md | ||
| CLAUDE.md | ||
| components.json | ||
| CONTRIBUTING.md | ||
| eslint.config.mjs | ||
| LICENSE | ||
| next.config.ts | ||
| package-lock.json | ||
| package.json | ||
| postcss.config.mjs | ||
| README.md | ||
| tsconfig.json | ||
| vitest.config.ts | ||
wacrm — CRM Template for WhatsApp
Self-hostable CRM template for WhatsApp® — shared inbox, contacts, sales pipelines, broadcasts, and no-code automations. Fork it, brand it, host it.
The marketing site and self-host docs live in a separate repo: ArnasDon/wacrm-site (wacrm.tech). This repo is the product — clone or fork it to run your own CRM.
What you get out of the box
- Shared inbox on the official WhatsApp Business API — multiple agents working one number, per-conversation assignment, status, and notes.
- Contacts + tags + custom fields, CSV import, deduplication.
- Sales pipelines (Kanban) with deals linked to conversations.
- Broadcasts with Meta-approved templates, delivery + read tracking, per-recipient variable substitution.
- No-code automations — triggers on inbound messages, new contacts, keywords, or schedule; conditional branches, waits, tags, webhooks. Visual builder.
- Real-time dashboard — response times, daily volume, pipeline value, cross-module activity feed.
- Account management — email, password, avatar, global sign-out.
Why fork this?
This is a template, not a product. Forking means you get:
- Full ownership — your code, your Supabase project, your domain, your data. No SaaS lock-in, no seat pricing, no trust dance.
- Full customisation — add the fields your team needs, remove the modules you don't, redesign anything. The stack is boring on purpose (Next.js + Supabase + Tailwind) so the learning curve is short.
- Zero ops to start — Hostinger Managed Node.js deploys a fork in a few clicks. No Docker, no Kubernetes, no infra team needed.
- Real security primitives — token encryption (AES-256-GCM), RLS on every table, HMAC-verified webhooks, CSP, rate limiting, CI typecheck/build on every PR.
Not a framework. Not an SDK. A concrete, working CRM you can stand up in an afternoon and make yours.
Quick start
# Fork on GitHub first: https://github.com/ArnasDon/wacrm → Fork
git clone https://github.com/<your-username>/wacrm.git
cd wacrm
npm install
cp .env.local.example .env.local # fill in Supabase + Meta creds
npm run dev
Open http://localhost:3000. You'll be redirected to /login (or
/dashboard if already signed in).
Documentation
Full self-host documentation — Supabase migrations, WhatsApp Business API config, and production deploy — lives at wacrm.tech/docs (source: ArnasDon/wacrm-site).
Key pages:
- Getting started
- Supabase setup
- WhatsApp setup
- Environment variables
- Deploy on Hostinger
- Architecture
- Troubleshooting
Stack
- App — Next.js 16 (App Router), React 19, TypeScript, Tailwind v4.
- Data — Supabase (Postgres + Auth + Storage + RLS).
- WhatsApp — Meta Cloud API (official WhatsApp Business API).
Contributing
This is a template, not a collaborative product — the expected flow is
fork → customise → deploy, not upstream contribution. Bug reports
and security issues are welcome; feature PRs often belong in your fork
rather than here. Details in
CONTRIBUTING.md and
.github/SECURITY.md.
License
MIT. Fork it, brand it, host it.