import logging
from hue_entertainment_pykit import setup_logs

# Initialize default logging
setup_logs()

# Or customize the logging level (e.g., exclude DEBUG messages)
setup_logs(level=logging.INFO)

# You can also further customize logging by specifying the maximum log file size and the number of backup files
setup_logs(level=logging.INFO, max_file_size=1024 * 1024, backup_count=1)

# Each parameter is optional and comes with predefined default values

from hue_entertainment_pykit import Discovery

discovery = Discovery()

# returns dict[str, Bridge] where the key is name of the bridge and value is the Bridge model with all important info for connecting to Entertainment API
bridges = discovery.discover_bridges()  

import time
from hue_entertainment_pykit import create_bridge, Entertainment, Streaming

# Set up the Bridge instance with the all needed configuration
bridge = create_bridge(
    identification="4abb74df-5b6b-410e-819b-bf4448355dff",
    rid="d476df48-83ad-4430-a104-53c30b46b4d0",
    ip_address="192.168.1.100",
    swversion=1962097030,
    username="8nuTIcK2nOf5oi88-5zPvV1YCt0wTHZIGG8MwXpu",
    hue_app_id="94530efc-933a-4f7c-97e5-ccf1a9fc79af",
    client_key="B42753E1E1605A1AB90E1B6A0ECF9C51",
    name="1st Bridge"
)

# Set up the Entertainment API service
entertainment_service = Entertainment(bridge)

# Fetch all Entertainment Configurations on the Hue bridge
entertainment_configs = entertainment_service.get_entertainment_configs()

# Add some Entertainment Area selection logic
# For the purposes of example I'm going to do manual selection
entertainment_config = list(entertainment_configs.values())[0]

# Set up the Streaming service
streaming = Streaming(
    bridge, entertainment_config, entertainment_service.get_ent_conf_repo()
)

# Start streaming messages to the bridge
streaming.start_stream()

# Set the color space to xyb or rgb
streaming.set_color_space("xyb")

# Set input commands for the lights
# First three values in the tuple are placeholders for the color RGB8(int) or (in this case) XYB(float) and the last integer is light ID inside the Entertainment API
streaming.set_input((0.0, 0.63435, 0.3, 0))  # Light command for the first light
streaming.set_input((0.63435, 0.0, 0.3, 1))  # Light command for the second light
# ... Add more inputs as needed for additional lights and logic

# For the purpose of example sleep is used for all inputs to process before stop_stream is called
# Inputs are set inside Event queue meaning they're on another thread so user can interact with application continuously
time.sleep(0.1)

# Stop the streaming session
streaming.stop_stream()