whatsapp-agent-cli 0.1.1

Run a coding CLI (codex / claude) behind a dedicated WhatsApp number.

whatsapp-agent-cli

Run a coding CLI behind a dedicated WhatsApp number.

whatsapp-agent installs a WhatsApp bridge on your server, wires it to a local coding CLI (codex or claude), and keeps per-chat session state — so you can message your server like a real operator instead of SSHing in every time.

You (WhatsApp)  ──▶  Baileys bridge  ──▶  gateway  ──▶  codex / claude
                          ▲                  │
                          └──── replies ◀────┘

Why

• One number per server. Your phone becomes the control surface. No web UIs, no port forwarding, no VPNs.
• Per-chat memory. Each WhatsApp chat keeps its own working directory, model, session, and summary — so chat A can stay on one repo while chat B works somewhere else.
• Real CLI access. It's not a wrapper API — it shells out to the actual codex / claude binary on the host with full tool use, file edits, etc.
• Self-hosted, local-only. Everything (bridge, gateway, state) runs on your box. No third-party message broker.

Requirements

• Linux server with systemd --user (or macOS for whatsapp-agent run foreground mode)
• Python 3.10+
• Node.js 18+
• One of codex or claude, already installed and authenticated on the server
• A WhatsApp account or number to pair with the bridge

Install

The fastest path — one command, zero clones:

uvx whatsapp-agent-cli install

Or install the CLI persistently:

# uv (recommended)
uv tool install whatsapp-agent-cli

# pip
pip install whatsapp-agent-cli

Then run:

whatsapp-agent install

The installer is an interactive TUI (arrow keys to pick, Enter to confirm). It will:

• auto-detect claude and codex on your PATH and pick one
• ask whether to run in bot or self-chat mode
• ask for your allowed WhatsApp number(s)
• pick the next free bridge port starting at 3010
• hide root / model / port / CLI-path behind an opt-in Advanced toggle
• show a review screen, then install Python + Node deps, write .env, and install the user service
• offer to pair WhatsApp immediately

Default install root: ~/.agent-whatsapp. Default service: agent-whatsapp.service.

Non-interactive install

WHATSAPP_ALLOWED_USERS=919876543210 \ (Your WhatsApp number with country code)
  whatsapp-agent install --non-interactive

Reads from env vars (AGENT_BACKEND, AGENT_COMMAND, WHATSAPP_MODE, WHATSAPP_PORT, AGENT_ROOT, AGENT_MODEL) and falls back to auto-detection. Only WHATSAPP_ALLOWED_USERS is mandatory.

From source

git clone https://github.com/kalki-kgp/whatsapp-agent-cli.git
cd whatsapp-agent-cli
bash scripts/install.sh

Pair WhatsApp

If you skipped pairing during install:

whatsapp-agent pair

A QR code prints in the terminal. Scan it from WhatsApp → Linked devices. The session is stored under ~/.agent-whatsapp/whatsapp/session and survives restarts.

CLI reference

whatsapp-agent install [--reconfigure] [--non-interactive]
                                    # interactive setup; --reconfigure re-runs
                                    # prompts using saved .env as defaults
whatsapp-agent pair                 # re-pair WhatsApp (prints QR)
whatsapp-agent run                  # foreground gateway (no systemd; macOS too)
whatsapp-agent service start        # systemd user service controls
whatsapp-agent service stop
whatsapp-agent service restart
whatsapp-agent service status
whatsapp-agent service logs         # journalctl -f
whatsapp-agent doctor               # diagnose the install
whatsapp-agent path                 # print the install dir
whatsapp-agent --version

--install-dir <path> works on every subcommand if you want to manage multiple installs side-by-side.

Chat commands

Send these as WhatsApp messages from any allowed number:

Command	What it does
/status	Backend, root, active thread, model, summary state, saved-session count
/new (or /clear)	Archive the current session, start fresh
/reset	Clear the live session immediately
/resume	List saved sessions for this chat
/resume <name>	Restore a saved session by name
/title <name>	Name the current session
/root /abs/path	Change the working directory for this chat
/model <name>	Change the model for this chat
/compact	Roll the conversation into a carry-forward summary
/help	Show the command list

Configuration

Settings live in ~/.agent-whatsapp/.env. Edit by hand or re-run whatsapp-agent install --reconfigure.

Var	Purpose
AGENT_BACKEND	codex or claude
AGENT_COMMAND	Path or command name for the selected CLI
AGENT_MODEL	Default model (blank = CLI default)
AGENT_ROOT	Default working directory for new chats
WHATSAPP_MODE	bot (separate WhatsApp account) or self-chat (your own number)
WHATSAPP_ALLOWED_USERS	Comma-separated phone numbers / LIDs allowed to message the bridge
WHATSAPP_PORT	Local bridge HTTP port (default 3010)
CW_LOG_LEVEL	Python log level (default INFO)

For WHATSAPP_ALLOWED_USERS, full international format is the safest:

WHATSAPP_ALLOWED_USERS=917385166726, 14155551212

The bridge also tolerates suffix-only input and resolves LID↔phone via bridge/allowlist.js, but country-code format is the cleanest.

Troubleshooting

Run a self-diagnostic:

whatsapp-agent doctor

It checks Python / Node / uv versions, install dir population, .env validity, CLI binary existence, the runtime venv, and bridge node_modules — and tells you exactly what's broken.

For deeper digging, tail the live logs:

whatsapp-agent service logs       # systemd
# or, in foreground / on macOS
whatsapp-agent run

Architecture

Two processes, one wrapper CLI on top.

┌────────────────────────────────────────────────────────────────┐
│  ~/.agent-whatsapp/                                            │
│                                                                │
│   bridge/bridge.js  (Node + Baileys)                           │
│     ├─ pairs with WhatsApp                                     │
│     ├─ exposes 127.0.0.1:WHATSAPP_PORT                         │
│     └─ stores creds in whatsapp/session/                       │
│                                                                │
│   server/gateway.py  (Python + aiohttp)                        │
│     ├─ polls bridge /messages                                  │
│     ├─ per-chat asyncio.Lock                                   │
│     ├─ persists state.json                                     │
│     └─ shells out to codex / claude with --resume              │
│                                                                │
│   .venv/             (python deps for the gateway)             │
│   bridge/node_modules/                                         │
│   .env               (config, mode 600)                        │
│   state.json         (per-chat session metadata)               │
└────────────────────────────────────────────────────────────────┘

whatsapp-agent install populates this layout from a wheel-bundled copy of bridge/, server/, scripts/, and systemd/, then runs npm install and uv pip install. Subsequent whatsapp-agent install --reconfigure rewrites only .env, leaving the venv / node_modules / WhatsApp session intact.

Per-chat session state stores: thread_id, root, model, summary, and up to 30 saved_sessions.

Repository layout

Path	What it is
src/whatsapp_agent/cli.py	The whatsapp-agent Python CLI (entry point)
bridge/	Node WhatsApp bridge (Baileys)
server/gateway.py	Python async gateway + per-chat session state
scripts/install.sh	The TUI installer (also runnable standalone)
scripts/pair.sh	Pairing helper
scripts/start.sh, stop.sh	Service convenience wrappers
systemd/agent-whatsapp.service	User-mode systemd unit template
pyproject.toml	Hatchling build, ships the runtime inside the wheel

Privacy

• All data stays on your host. WhatsApp credentials, chat sessions, and CLI output never leave the box.
• The bridge speaks to WhatsApp's servers only — same as the official WhatsApp Web client.
• .env is mode 600 and intentionally not committed.

Notes

• Wiping ~/.agent-whatsapp also wipes the WhatsApp session — you'll need to whatsapp-agent pair again.
• This project is designed as an isolated WhatsApp control layer for coding CLIs. It does not need to attach itself to your existing Telegram setup or other local agent workflows.
• macOS hosts work for whatsapp-agent install and whatsapp-agent run; the service subcommands need Linux + systemd --user.

License

MIT — see LICENSE.