pymitsubishi 0.1.6

Control and monitor Mitsubishi Air Conditioners

PyMitsubishi

A Python library for controlling and monitoring Mitsubishi MAC-577IF-2E air conditioners.

Features

• Device Control: Power, temperature, mode, fan speed, and vane direction control
• Status Monitoring: Real-time device status, temperatures, and error states
• Capability Detection: Dynamic detection of device capabilities using ProfileCode analysis
• Group Code Analysis: Advanced protocol analysis for enhanced device understanding
• Encryption Support: Full support for Mitsubishi's encryption protocol

Installation

pip install pymitsubishi

Quick Start

from pymitsubishi import MitsubishiAPI, MitsubishiController

# Initialize the API and controller
api = MitsubishiAPI(device_ip="192.168.1.100")
controller = MitsubishiController(api=api)

# Fetch device status
if controller.fetch_status():
    summary = controller.get_status_summary()
    print(f"Power: {summary['power']}")
    print(f"Temperature: {summary['target_temp']}°C")
    print(f"Mode: {summary['mode']}")

# Control the device
controller.set_power(True)
controller.set_temperature(24.0)
controller.set_mode(DriveMode.COOLER)

# Clean up
api.close()

Advanced Usage

Capability Detection

from pymitsubishi import CapabilityDetector

detector = CapabilityDetector(api=api)
capabilities = detector.detect_all_capabilities(debug=True)

# Check specific capabilities
if capabilities.has_capability(CapabilityType.OUTDOOR_TEMPERATURE_SENSOR):
    print("Device has outdoor temperature sensor")

# Save capabilities for later use
detector.save_capabilities("device_capabilities.json")

ProfileCode Analysis

The library automatically analyzes ProfileCode data from device responses to detect capabilities and device characteristics:

# Fetch status with capability detection
controller.fetch_status(detect_capabilities=True)

# Access detected capabilities
summary = controller.get_status_summary()
if 'capabilities' in summary:
    for cap_name, cap_info in summary['capabilities'].items():
        print(f"{cap_name}: {cap_info['supported']}")

API Reference

MitsubishiAPI

Core communication class handling encryption and HTTP requests.

MitsubishiController

High-level control interface for device operations.

CapabilityDetector

Advanced capability detection using ProfileCode and group code analysis.

Data Classes

• PowerOnOff: Power state enumeration
• DriveMode: Operating mode enumeration
• WindSpeed: Fan speed enumeration
• VerticalWindDirection, HorizontalWindDirection: Vane direction enumerations

Requirements

• Python 3.12+
• requests
• pycryptodome

License

MIT License - see LICENSE file for details.

Contributing

Contributions are welcome! Please feel free to submit a Pull Request.