rytilahti/python-miio

Features

• Smart Appliance Control - Provides a standardized way to control operational states for Xiaomi home appliances like vacuums and air purifiers.
• Smart Home Automation - Allows controlling and managing Xiaomi smart appliances via Python scripts for household automation.
• CLI Command Frameworks - Triggers hardware actions through a command-line interface using network addresses and security tokens.
• Automatic Network Hardware Discovery - Performs automated network scanning to identify Xiaomi devices and extract their IP addresses and metadata.
• Device Model Detection - Implements logic to identify specific Xiaomi device models to load the appropriate control classes.
• Hardware Device Discovery - Queries a connected device to extract its model, hardware version, firmware version, and network status.
• Feature Introspection - Retrieves metadata about available sensors, configurable settings, and executable actions from a connected device.
• Smart Home Hardware Drivers - Acts as a hardware driver that translates high-level Python commands into Miio network packets.
• Xiaomi Device Integration - Enables connecting Xiaomi hardware to external systems by managing device tokens and protocol communication.
• Local Device Token Retrievals - Implements mechanisms to extract authentication tokens from Xiaomi devices to enable secure local control.
• Miio Protocol Implementations - Provides a full technical implementation of the Miio protocol for interacting with Xiaomi devices.
• Network Device Discovery - Provides utilities to automatically identify and categorize Xiaomi hardware devices connected to the local network.
• Network Environment Scanning - Identifies compatible devices on a local network using specific handshake protocols and IP scanning.
• Transmission Encryption - Secures communication by wrapping payloads with device-specific encryption tokens during transmission.
• Command Line Interfaces - Ships a command-line tool for sending commands and querying status from network-connected smart appliances.
• Hardware Command Parsing - Dynamically identifies and executes available hardware commands by parsing external description files.
• Command Set Retrieval - Downloads and parses description files to identify available commands for connected hardware.
• Network Protocol Analysis - Analyzes network packet captures to decode and implement the Miio communication protocol for smart appliances.
• Historical Packet Parsing - Extracts and decodes raw network traffic from capture files to analyze device communication.
• Protocol Simulation - Runs local simulators for communication protocols to test code without requiring physical hardware.
• IoT Device Simulation - Mocks device endpoints and hardware responses to test code logic and connectivity without physical hardware.
• Device Property Querying - Tests a list of potential properties against a device to identify which ones return valid responses.
• Python Descriptors - Uses Python descriptors to define sensor schemas and settings for automatic interface generation.
• Schema Metadata Definitions - Creates structured containers with descriptors for sensors and settings to provide metadata for integrations.
• Device Emulators - Emulates hardware devices using text descriptions to test protocol implementations and device interactions.
• Smart Home Hardware Simulation - Includes a specialized network device simulator to emulate hardware responses for protocol testing.
• Hardware Mocks - Emulates hardware responses via local servers to test communication logic without physical devices.

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