import asyncio
from petkitaio import PetKitClient
from aiohttp import ClientSession

async def main():
    async with ClientSession() as session:

        # Create a client using PetKit account email, password, and region
        client = PetKitClient('email', 'password', session, 'United States')


        ###################################################################################
        Examples within the examples section utilize the PetKitClient instance created above
        ###################################################################################



loop = asyncio.get_event_loop()
loop.run_until_complete(main())

# See model.py for details regarding Data Classes created

devices = await client.get_petkit_data()

# See model.py for details regarding "Feeder" class


# Reusing retrieved devices from above. Note: A valid amount (in grams) will depend on the capabilities of the feeder.
await client.manual_feeding(feeder=devices.feeders[feederid], amount=10)

# See constants.py FeederSetting class for available settings
# Additional import needed:
from petkitaio.constants import FeederSetting


# Enabling child lock on a D4 feeder. Note: Mini Feeders use a different setting.
# Reusing retrieved devices from above.
await client.update_feeder_settings(feeder=devices.feeders[feederid], setting=FeederSetting.CHILD_LOCK, value=1)

# Reusing retrieved devices from above.
await client.reset_feeder_desiccant(feeder=devices.feeders[feederid])

# A valid relay (set up through the PetKit app) is required in order to send commands to the Eversweet 3 Pro
# See constants.py W5Command class for available commands
# Additional import needed:
from petkitaio.constants import W5Command

# Set Water Fountain to Smart Mode. Reusing retrieved devices from above.
await client.control_water_fountain(water_fountain=devices.water_fountains[water_fountain_id], command=W5Command.SMART)