clawdos

name	clawdos
description	Windows automation via Clawdos API: screen capture, mouse/keyboard input, window management, file-system operations, and shell command execution. Standalone CLI execution via Python script. Use when the user wants to control or inspect a Windows host remotely.
license	MIT
metadata	{"openclaw":{"version":"2.0.1","display_name":"Windows Execution Interface for OpenClaw","author":"DANZIG MOE","emoji":"🐾","python_requires":">=3.10","dependencies":["requests>=2.28.0"],"requires":{"env":["CLAWDOS_BASE_URL","CLAWDOS_API_KEY","CLAWDOS_TIMEOUT","CLAWDOS_FS_ROOT_ID"]},"primaryEnv":"CLAWDOS_API_KEY","config_schema":{"base_url":{"type":"string","default":"http://127.0.0.1:17171","description":"Clawdos Windows host service address"},"api_key":{"type":"string","required":true,"description":"Clawdos API key"},"timeout":{"type":"integer","default":30,"description":"Request timeout in seconds"},"fs_root_id":{"type":"string","description":"Sandbox root directory ID for file system operations"}}}}

Clawdos

Overview

This skill exposes a CLI wrapper around the Clawdos REST API, allowing you to operate a Windows machine securely from OpenClaw via shell commands. Instead of loading tools, use exec to call the standalone python script scripts/clawdos.py.

⚠️ SECURITY & SANDBOX MECHANISM

File System Sandbox Protection:

• All file system operations (fs_list, fs_read, fs_write, fs_delete, fs_move) are restricted to a sandboxed root directory on the Windows host.
• The sandbox root is configured via the CLAWDOS_FS_ROOT_ID environment variable and enforced server-side.
• The Clawdos service prevents access to files outside the designated sandbox directory. Path traversal attempts (e.g., ../../../) are blocked.
• This isolation ensures that skill operations cannot accidentally or intentionally access sensitive system files, user documents, or configuration outside the permitted scope.

Network Isolation:

• The Clawdos service only communicates with the configured CLAWDOS_BASE_URL and does not establish unauthorized external connections.
• All API calls are authenticated via CLAWDOS_API_KEY and encrypted over HTTPS when applicable.

⚠️ AUTHORIZATION & CAPABILITY WARNINGS

This skill grants access to powerful Windows automation capabilities. Users must explicitly understand and authorize the following operations:

1. Shell Command Execution (shell_exec)

   • Can execute arbitrary PowerShell or cmd commands on the Windows host.
   • Even within the sandbox, commands can potentially modify system state, install software, or alter configurations.
   • Only use with trusted sources and explicit user approval.

2. File Deletion (fs_delete)

   • Permanently removes files and directories within the sandbox.
   • No recovery mechanism exists once deleted.
   • Exercise extreme caution; confirm deletion intent before execution.

3. File Upload/Download (--file, --out)

   • The CLI script can read local files and upload them to the Windows host (within sandbox).
   • The script can download remote files from the Windows host to the agent system.
   • Do not use with sensitive files or untrusted remote systems.

4. Persistent Screen/Window Monitoring

   • Visual actions (screen_capture, window_list, window_focus) can observe active GUI content.
   • If sensitive information is visible on screen, it may be captured.

⚠️ Requirements

This skill requires a corresponding server running on your Windows host. Ensure the Windows host is running danzig233/clawdos. The connection parameters (CLAWDOS_BASE_URL and CLAWDOS_API_KEY) must be configured via OpenClaw's skill configuration UI or environment variables, as specified in this file's metadata.

Usage

You interact with Clawdos by running the scripts/clawdos.py CLI using the exec tool. The script will automatically pick up the CLAWDOS_BASE_URL and CLAWDOS_API_KEY environment variables injected by OpenClaw.

Basic Syntax:

python3 ~/.nvm/versions/node/v22.22.1/lib/node_modules/openclaw/skills/clawdos/scripts/clawdos.py <action> --args '{"key":"value"}'

Available Actions

1. Visual Navigation & System Check

• health: Check service status.
• get_env: Get screen resolution, DPI scale, and active window.
• window_list: List all open windows.
• window_focus: Focus a window. Args: {"titleContains": "..."} or {"processName": "..."}
• screen_capture: Take a screenshot. Use --out path/to/save.png to save binary. Args: {"format": "png", "quality": 80}

2. Precise Input (Mouse & Keyboard)

(Prioritize keyboard/shell when possible to avoid visual estimation errors)

• click: Click the mouse. Args: {"x": 100, "y": 200, "button": "left"}
• move: Move cursor. Args: {"x": 100, "y": 200}
• drag: Drag mouse. Args: {"fromX": 100, "fromY": 200, "toX": 300, "toY": 400}
• keys: Press key combos. Args: {"combo": ["ctrl", "c"]}
• type_text: Type text. Args: {"text": "hello"}
• scroll: Scroll wheel. Args: {"amount": -500}
• batch: Execute multiple input actions sequentially. Args: {"actions": [...]}

3. File & System Operations

• fs_list: List directory contents. Args: {"path": "/"}
• fs_read: Read a file (prints raw contents to stdout). Use --out path/to/save.bin to save binary files. Args: {"path": "/hello.txt"}
• fs_write: Write to a file. Args: {"path": "/hello.txt", "content": "hello world"}. Or use --file path/to/local.bin to upload a local binary file.
• fs_mkdir: Create a directory. Args: {"path": "/newdir"}
• fs_delete: Delete a file or directory. Args: {"path": "/newdir", "recursive": true}
• fs_move: Move or rename. Args: {"from": "/src", "to": "/dst"}
• shell_exec: Run a shell command on the Windows host. Args: {"command": "dir", "args": ["/w"], "workingDir": ""}

Operation Strategy

Operational Best Practices

• Prefer Keyboard & Shell: To minimize errors from visual coordinate estimation, prioritize using keyboard shortcuts (key_combo, type_text) or shell commands (shell_exec) over mouse operations whenever possible.
• Targeted Mouse Usage: Reserve precise mouse operations (mouse_click, mouse_move, mouse_drag) strictly for necessary UI interactions (e.g., clicking a specific button on a web page, navigating a software interface, or focusing an input field).
• Scrolling: Using mouse_scroll is safe and recommended for navigating long pages or documents.

Security Best Practices

• Verify File Paths: Always confirm the target path is within the intended sandbox directory. The server enforces isolation, but double-check paths in scripts.
• Audit Shell Commands: Review shell_exec commands before execution. Avoid running commands from untrusted sources.
• File Transfer Restrictions: Only upload/download files you trust. Do not use --file with sensitive credentials or system files.
• Minimize Screen Captures: Avoid capturing screens if sensitive information (passwords, tokens, personal data) may be visible.
• Explicit Deletion Confirmation: Review the target path carefully before executing fs_delete. Deleted files cannot be recovered.

Examples

Focus MS Edge and type:

python3 scripts/clawdos.py window_focus --args '{"processName": "msedge"}'
python3 scripts/clawdos.py type_text --args '{"text": "https://openclaw.ai\n"}'

Take a screenshot and save it locally:

python3 scripts/clawdos.py screen_capture --out /tmp/windows_screen.png --args '{"format":"png"}'

Read a file from Windows:

python3 scripts/clawdos.py fs_read --args '{"path": "logs/app.log"}'

Execute PowerShell on Windows:

python3 scripts/clawdos.py shell_exec --args '{"command": "powershell", "args": ["-Command", "Get-Process"]}'