screenenv 0.1.2

A powerful Python library for creating and managing isolated desktop environments using Docker containers

ScreenEnv

A powerful Python library for creating and managing isolated desktop environments using Docker containers. ScreenEnv provides a sandboxed Ubuntu desktop environment with XFCE4 that you can programmatically control for GUI automation, testing, and development.

Features

• 🖥️ Isolated Desktop Environment: Full Ubuntu desktop with XFCE4 running in Docker
• 🎮 GUI Automation: Complete mouse and keyboard control
• 🌐 Web Automation: Built-in browser automation with Playwright
• 📹 Screen Recording: Capture video recordings of all actions
• 📸 Screenshot Capabilities: Desktop and browser screenshots
• 🖱️ Mouse Control: Click, drag, scroll, and mouse movement
• ⌨️ Keyboard Input: Text typing and key combinations
• 🪟 Window Management: Launch, activate, and close applications
• 📁 File Operations: Upload, download, and file management
• 🐚 Terminal Access: Execute commands and capture output
• 🤖 MCP Server Support: Model Context Protocol integration for AI/LLM automation
• 🐳 Docker Ready: Pre-built Docker image with all dependencies

Quick Start

Installation

1. Clone the repository:

   git clone https://github.com/huggingface/screenenv
   cd screenenv
   

2. Install the package (choose one):

   latest release:

   pip install screenenv
   # or
   uv pip install screenenv
   

   from source:

   pip install .
   # or
   uv sync
   

Basic Usage

from screenenv import Sandbox

# Create a sandbox environment
sandbox = Sandbox()

try:
    # Launch a terminal
    sandbox.launch("xfce4-terminal")

    # Type some text
    sandbox.write("echo 'Hello from ScreenEnv!'")
    sandbox.press("Enter")

    # Take a screenshot
    screenshot = sandbox.screenshot()
    with open("screenshot.png", "wb") as f:
        f.write(screenshot)

finally:
    # Clean up
    sandbox.close()

For usage, see the source code in examples/sandbox_demo.py

MCP Server Support

ScreenEnv includes full support for the Model Context Protocol (MCP), enabling seamless integration with AI/LLM systems for desktop automation.

What is MCP?

The Model Context Protocol (MCP) is a standard for AI assistants to interact with external tools and data sources. ScreenEnv's MCP server provides desktop automation capabilities that can be used by any MCP-compatible AI system.

MCP Server Features

• 30+ Automation Tools: Complete desktop control via MCP
• Streamable HTTP Transport: Efficient communication protocol

Starting the MCP Server

from screenenv import MCPRemoteServer

# Start MCP server
server = MCPRemoteServer()

print(f"MCP Server URL: {server.server_url}")
print(f"Server Configuration: {server.mcp_server_json}")

MCP Client Usage

import asyncio
from mcp import ClientSession
from mcp.client.streamable_http import streamablehttp_client
from screenenv import MCPRemoteServer

async def mcp_automation():
    # Start MCP server
    server = MCPRemoteServer(headless=False)

    try:
        # Connect to MCP server
        async with streamablehttp_client(server.server_url) as (
            read_stream, write_stream, _
        ):
            async with ClientSession(read_stream, write_stream) as session:
                await session.initialize()

                # Launch terminal
                await session.call_tool("launch", {
                    "application": "xfce4-terminal",
                    "wait_for_window": True
                })

                # Type commands
                await session.call_tool("write", {"text": "echo 'Hello MCP!'"})
                await session.call_tool("press", {"key": ["Enter"]})

                # Take screenshot
                response = await session.call_tool("screenshot", {})
                screenshot_base64 = response.content[0].data

                screenshot_bytes = base64.b64decode(screenshot_base64)
                image = Image.open(io.BytesIO(screenshot_bytes))
                image.save("screenshot.png")
                ...

                print("MCP automation completed!")

    finally:
        server.close()

# Run the automation
asyncio.run(mcp_automation())

Available MCP Tools

System Operations

• execute_command - Execute shell commands
• get_platform - Get system platform information
• get_screen_size - Get screen dimensions
• get_desktop_path - Get desktop directory path
• get_directory_tree - List directory contents
• get_file - Get file contents
• download_file - Download file from URL
• start_recording - Start screen recording
• end_recording - End screen recording

Application Management

• wait - Wait for specified milliseconds
• open - Open file or URL
• launch - Launch application
• get_current_window_id - Get current window ID
• get_application_windows - Get windows for application
• get_window_name - Get window name/title
• get_window_size - Get window size
• activate_window - Activate window
• close_window - Close window
• get_terminal_output - Get terminal output

GUI Automation

• screenshot - Take screenshot
• left_click - Left click at coordinates
• double_click - Double click at coordinates
• right_click - Right click at coordinates
• middle_click - Middle click at coordinates
• scroll - Scroll mouse wheel
• move_mouse - Move mouse to coordinates
• mouse_press - Press mouse button
• mouse_release - Release mouse button
• get_cursor_position - Get cursor position
• write - Type text
• press - Press keys
• drag - Drag mouse from one position to another

MCP Server Configuration

# Advanced MCP server configuration
server = MCPRemoteServer(
    os_type="Ubuntu",
    provider_type="docker",
    headless=True,
    resolution=(1920, 1080),
    disk_size="32G",
    ram_size="4G",
    cpu_cores="4",
    session_password="your_password",
    stream_server=True,
    dpi=96,
    timeout=1000
)

Sandbox Instantiation

Basic Configuration

from screenenv import Sandbox

# Minimal configuration
sandbox = Sandbox()

# With custom settings
sandbox = Sandbox(
    os_type="Ubuntu",           # Currently only Ubuntu is supported
    provider_type="docker",     # Currently only Docker is supported
    headless=True,              # Run without VNC viewer
    resolution=(1920, 1080),
    disk_size="32G",
    ram_size="4G",
    cpu_cores="4",
    session_password="your_password",
    stream_server=True,
    dpi=96,
    timeout=1000
)

Core Features

Mouse Control

# Click operations
sandbox.left_click(x=100, y=200)
sandbox.right_click(x=300, y=400)
sandbox.double_click(x=500, y=600)

# Mouse movement
sandbox.move_mouse(x=800, y=900)

# Drag and drop
sandbox.drag(fr=(100, 100), to=(200, 200))

# Scrolling
sandbox.scroll(direction="down", amount=3)

sandbox.mouse_release(button="left")

sandbox.mouse_press(button="left")
sandbox.mouse_release(button="left")

Keyboard Input

# Type text
sandbox.write("Hello, World!", delay_in_ms=50)

# Key combinations
sandbox.press(["Ctrl", "C"])  # Copy
sandbox.press(["Ctrl", "V"])  # Paste
sandbox.press(["Alt", "Tab"]) # Switch windows
sandbox.press("Enter")        # Single key

Application Management

# Launch applications
sandbox.launch("xfce4-terminal")
sandbox.launch("libreoffice --writer")
sandbox.open("https://www.google.com")

# Window management
windows = sandbox.get_application_windows("xfce4-terminal")
window_id = windows[0]
sandbox.activate_window(window_id)

window_id = sandbox.get_current_window_id() # get the current activate window id.
sandbox.window_size(window_id)
sandbox.get_window_title(window_id)
sandbox.close_window(window_id)

File Operations

# Upload files to sandbox
sandbox.upload_file_to_remote("local_file.txt", "/home/user/remote_file.txt")

# Download files from sandbox
sandbox.download_file_from_remote("/home/user/remote_file.txt", "local_file.txt")

# Download from URL
sandbox.download_url_file_to_remote("https://example.com/file.txt", "/home/user/file.txt")

Screenshots and Recording

# Start recording
sandbox.start_recording()

# Take screenshots
desktop_screenshot = sandbox.desktop_screenshot()

# Stop recording and save it locally to a file 'demo.mp4'
sandbox.end_recording("demo.mp4")

Terminal Operations

# Execute commands
response = sandbox.execute_command("ls -la")
print(response.output)

# Python commands
response = sandbox.execute_python_command("print('Hello')", ["os"])
print(response.output)

# Get terminal output
output = sandbox.get_terminal_output() # Only if a desktop terminal application is running. To get command output, use execute_command() instead.

Examples

Complete GUI Automation Demo

from screenenv import Sandbox
import time

def demo_automation():
    sandbox = Sandbox(headless=False)

    try:
        # Launch terminal
        sandbox.launch("xfce4-terminal")
        time.sleep(2)

        # Type commands
        sandbox.write("echo 'Starting automation demo'")
        sandbox.press("Enter")

        # Open web browser
        sandbox.open("https://www.python.org")
        time.sleep(3)

        # Take screenshot
        screenshot = sandbox.screenshot()
        with open("demo_screenshot.png", "wb") as f:
            f.write(screenshot)

    finally:
        sandbox.close()

if __name__ == "__main__":
    demo_automation()

Web Automation with Playwright

from screenenv import Sandbox

def web_automation():
    sandbox = Sandbox(headless=True)

    try:
        # Open website
        sandbox.open("https://www.example.com")

        # Take browser screenshot
        screenshot = sandbox.playwright_screenshot(full_page=True)
        with open("web_screenshot.png", "wb") as f:
            f.write(screenshot)

        playwright_browser = sandbox.playwright_browser()

    finally:
        sandbox.close()

MCP Server Demo

python -m examples.mcp_server_demo # or sudo -E python -m examples.mcp_server_demo if not in docker group

Sandbox Demo

python -m examples.sandbox_demo # or sudo -E python -m examples.sandbox_demo if not in docker group

Desktop Agent Demo

python -m examples.desktop_agent # or sudo -E python -m examples.desktop_agent if not in docker group

System Requirements

• Docker: Must be installed and running
• Python: 3.10 or higher
• Playwright: For web automation features
• Memory: At least 4GB RAM recommended

Sandbox Image

The sandbox uses a custom Ubuntu 22.04 Docker image with:

• XFCE4 desktop environment
• VNC server for remote access
• Google Chrome/Chromium browser
• LibreOffice suite
• Python development tools
• MCP server support