desktop-control
Enables GUI automation by capturing screen, controlling mouse/keyboard, and targeting controls via accessibility layer; optionally supports voice commands and synthesis.
README
desktop-control — MCP server (screenshot + keyboard/mouse + accessibility + voice cmds/STT + voice synth/TTS) [[JUST For Fun]]
Lets an MCP client (e.g. Claude Code) drive a GUI: capture the screen, then move/click/type and — optionally — target controls by name via the OS accessibility layer.
Cross-platform: Windows (pyautogui + UI Automation) and Linux
(X11 via pyautogui; Wayland via grim/gnome-screenshot + ydotool; AT-SPI
accessibility). OS specifics are isolated in backends.py; server.py is the
shared tool surface. See DESIGN.md for the design, ARCHITECTURE.md for the
big picture (desktop-control + voice + bridge), and DEPLOY.md for a
step-by-step WSL2 + Windows install.
1. Install (on the target machine)
Python 3.10+ on the machine whose desktop you want to drive.
python -m pip install -r requirements.txt
Platform extras:
| Platform | Needed | How |
|---|---|---|
| Windows | UI Automation | pywinauto (in requirements) |
| Linux X11 | input + capture | works out of the box (pyautogui + mss) |
| Linux Wayland | capture | grim or gnome-screenshot or spectacle |
| Linux Wayland | input | ydotool + running ydotoold (uinput access) |
| Linux | accessibility | distro pkg python3-pyatspi |
Wayland blocks synthetic input by design. The Wayland path is best-effort (
drag/scrollunsupported via ydotool; keys limited to a common keymap). Prefer an X11 session, or rely on the AT-SPI tools (ui_tree/ui_click).
2. Run modes
The server must run on the machine being driven. Two ways to wire it to Claude Code:
- stdio (client launches it). From WSL targeting Windows, point the
command at
python.exeso the Windows Python runs. On native Linux/Windows, usepython/python3. - SSE (you launch it):
python server.py --sse→http://127.0.0.1:8000/sse, then connect the client to that URL.
WSL2 users: WSLg can't see the Windows desktop, so to drive Windows run the server on Windows (via
python.exeor SSE). SeeWSL2.mdfor ready configs and the voice-in-WSL2 path.
# stdio
claude mcp add desktop-control -- python3 /path/to/server.py # Linux
claude mcp add desktop-control -- python.exe 'C:\path\to\server.py' # Windows / from WSL
# sse
claude mcp add --transport sse desktop-control http://localhost:8000/sse
See mcp.json.example for project-scope .mcp.json blocks.
3. Tools
| Tool | Purpose |
|---|---|
screen_size |
platform, session, real & image size, scale, accessibility |
screenshot |
PNG of the screen, scaled to MCP_DESKTOP_MAX_DIM |
mouse_move / click / double_click / right_click / drag |
mouse |
scroll |
wheel scroll |
type_text / press_key / hotkey |
keyboard |
wait |
pause (≤30s) |
ui_tree / ui_click |
accessibility tree dump / click by name (UIA or AT-SPI) |
guide_start / guide_status / guide_step / guide_confirm |
resumable human-guided flows |
guide_wait / guide_capture_response |
pause for the user and capture their response |
Coordinate model
Screenshots are scaled so the longest side ≤ MCP_DESKTOP_MAX_DIM (default
1280). All click/move/drag coordinates are in the returned screenshot's pixel
space; the server converts them to real pixels. Call screen_size() for the
mapping. For pixel-fragile UIs, prefer ui_tree + ui_click.
4. Configuration (env)
| Variable | Default | Effect |
|---|---|---|
MCP_DESKTOP_MAX_DIM |
1280 |
max screenshot side (px) |
MCP_DESKTOP_DRY_RUN |
0 |
if 1, don't actually move/click/type |
MCP_DESKTOP_PAUSE |
0.05 |
inter-action delay used by pyautogui |
MCP_DESKTOP_TRANSPORT |
stdio |
stdio or sse |
MCP_DESKTOP_GUIDE_CONFIRM_WORDS |
yes,y,ok,okay,confirm,confirmed,proceed,continue,approved,approve,oui,confirmer,continuer |
comma-separated tokens treated as confirmation in guided flows |
MCP_DESKTOP_GUIDE_REJECT_WORDS |
no,n,cancel,stop,abort,deny,rejected,non,annuler,arreter,arrêter |
comma-separated tokens treated as rejection in guided flows |
5. Voice-driven loop (optional)
See voice/README.md for prerequisites, configuration, and the local/offline
voice loop:
- wake word / speech capture
- STT (Whisper)
- agent round-trip
- TTS playback
6. Limits
- Multi-monitor: primary/virtual screen.
- Wayland input is restricted (see §1); X11 or AT-SPI recommended.
- Latency: each step is a screenshot→decide→act round-trip.
7. Voice (optional) — voice/
Offline voice command (STT) and spoken responses (TTS): a voice MCP
server (speak / listen / transcribe_file) plus a hands-free loop
(wake word → record → agent → speak). Engines: faster-whisper + pyttsx3/Piper,
all local. See voice/README.md.
8. WSL2 → Windows delegation (optional) — bridge/
ask_windows_agent lets a WSL2 client delegate a task to a Windows
agent (Claude/OpenAI/Mistral/Copilot; CLI or API), so the Windows side can drive
desktop/voice while WSL2 orchestrates. The legacy tool name ask_windows_claude
remains available for compatibility. See bridge/README.md and WSL2.md.
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