aioaquarite 0.4.0

Async Python client for the Hayward Aquarite pool API

aioaquarite

Async Python client for the Hayward Aquarite pool API.

This library provides a standalone API client for interacting with Hayward Aquarite pool equipment via the Hayward cloud service. It is designed to be used as the backend for the Home Assistant Aquarite integration.

Installation

pip install aioaquarite

Usage

import aiohttp
from aioaquarite import AquariteAuth, AquariteClient

async with aiohttp.ClientSession() as session:
    auth = AquariteAuth(session, "[e-mail]", "password")
    await auth.authenticate()

    # Stable Firebase UID (`sub` claim of the id token); useful as a
    # config-entry unique_id. Returns None before authenticate() succeeds.
    print("Firebase UID:", auth.user_id)

    client = AquariteClient(auth)

    pools = await client.get_pools()
    for pool_id, pool_name in pools.items():
        data = await client.fetch_pool_data(pool_id)
        temperature = AquariteClient.get_value(data, "main.temperature")
        print(f"{pool_name}: {temperature}°C")

    # Subscribe with built-in token refresh + reconnect (recommended).
    # The callback is invoked from the Firestore background thread;
    # asyncio consumers should wrap it with loop.call_soon_threadsafe.
    def on_update(data):
        print("Pool updated:", data.get("main", {}).get("temperature"))

    subscription = await client.subscribe_pool_resilient(pool_id, on_update)

    await client.set_value(pool_id, "filtration.mode", 1)

    # Cleanup
    await subscription.aclose()

Low-level subscription (0.3-style)

If you want to own the connection lifecycle yourself, the raw watch handle is still available:

watch = await client.subscribe_pool(pool_id, on_update)
# ... maintain token freshness, resubscribe on errors, etc. ...
watch.unsubscribe()

License

MIT