unfurled 0.1.3

Python async API for Unfolded Circle remotes and docks

unfurled

An async Python library for controlling Unfolded Circle Remote Two and Remote 3 devices.

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Features

• Async-first design built on aiohttp and websockets
• Full REST API coverage via CoreAPI
• Real-time WebSocket event stream with auto-reconnect
• High-level Remote class for common operations (activities, IR, media, docks)
• Dock class for IR learning, firmware updates, and codeset management
• mDNS discovery via zeroconf
• Clean exception hierarchy
• Typed with mypy

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Installation

# Using uv (recommended)
uv add unfurled

# Or pip
pip install unfurled

To install for development:

git clone https://github.com/you/unfurled
cd unfurled
uv venv --python 3.11
uv pip install -e ".[dev]"

---

Quick Start

import asyncio
from unfurled.remote import Remote

async def main():
    remote = Remote("http://192.168.1.100:80", api_key="your-api-key")
    await remote.init()

    print(remote.name)                # "My Remote Two" (or auto-derived)
    print(remote.info.model_name)     # "Remote Two"
    print(remote.info.hw_revision)    # "Revision 2"
    print(remote.sw_version)          # "2.1.0"

    # List activities
    for act in remote.activities:
        print(act.name, "-", "ON" if act.is_on else "off")

    # Turn on an activity
    await remote.find_activity("my-activity-id").turn_on()

asyncio.run(main())

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Discovery

Find remotes on the local network via mDNS:

from unfurled.discovery import discover_remotes

async def main():
    devices = await discover_remotes(timeout=5)
    for d in devices:
        print(d.hostname, d.address, d.port)

---

Remote

Construction

# API key (preferred)
remote = Remote("http://192.168.1.100:80", api_key="your-api-key")

# PIN
remote = Remote("http://192.168.1.100:80", pin="1234")

Initialisation

await remote.init() fetches the full device state in one call: configuration, activities, entities, docks, IR emitters, update info.

Key Properties

Property	Description
name	Device display name (falls back to model name)
info.model_name	Marketing model name (e.g. "Remote Two")
info.hw_revision	Human-readable hardware revision (e.g. "Revision 2")
info.serial_number	Device serial number
sw_version	Currently running firmware
latest_sw_version	Latest available firmware
available_update	True when an update is ready
settings.network.wifi_enabled	Wi-Fi radio state
settings.network.bt_enabled	Bluetooth radio state
settings.display.brightness	Display brightness (0-100)
settings.power_saving.standby_sec	Display sleep timeout (seconds)
activities	list[Activity]
docks	list[Dock]

Activities

# List
for act in remote.activities:
    print(act.name, act.state)

# Find and control
act = remote.find_activity("activity-id")
await act.turn_on()
await act.turn_off()

# All off
await remote.turn_off_all_activities()

Settings

Configuration is grouped under remote.settings:

# Adjust display brightness
await remote.settings.update_display(brightness=80)

# Enable Wi-Fi wake-on-LAN
await remote.settings.update_network(wake_on_wlan=True)

# Change sound volume
await remote.settings.update_sound(volume=60)

IR

# Send a raw HEX or PRONTO code
await remote.ir.send(
    code="0000 006C ...",
    format="PRONTO",
    emitter_name="Dock IR",   # or emitter_id="device-id"
    repeat=1,
)

# Send from a loaded codeset
await remote.ir.send_from_codeset("Samsung TV", "VOLUME_UP")

# List available emitters
for e in remote.ir.emitters:
    print(e.name, e.device_id)

Integrations / External Systems

# Find a specific integration driver instance
instance = await remote.integrations.get_by_driver("hass")

# Set an API token for an external system (e.g. Home Assistant)
await remote.auth.set_external_token(
    system="hass",
    token_id="primary",
    token="long-lived-token",
    name="Home Assistant",
)

Authentication / API Keys

# Create a persistent API key
key = await remote.auth.create_key()
print(key["api_key"])

# Revoke a key
await remote.auth.revoke_key(key["key_id"])

Firmware Updates

# Force an update check
result = await remote.api.post_force_update_check()

# Current status
print(remote.update_info.in_progress, remote.update_info.update_percent)

WebSocket Events

from unfurled.websocket import RemoteWebSocketClient

async def on_message(msg: str):
    print("WS event:", msg)

ws = RemoteWebSocketClient(api_url, api_key)
ws.on_message(on_message)
await ws.connect()

Or use the built-in client on Remote:

remote.add_listener(my_callback)   # raw WS message handler
await remote.connect_websocket()

---

Dock

dock = remote.docks[0]

# Refresh state
await dock.update()

# IR learning
result = await dock.start_ir_learning()
await dock.stop_ir_learning()

# Firmware update
info = await dock.get_update_status()
if info.get("update_available"):
    await dock.update_firmware()

# Custom codesets
codesets = await dock.get_custom_codesets()
await dock.delete_custom_codeset("my-codeset-id")

---

Exceptions

Exception	When raised
AuthenticationError	Wrong API key / PIN
HTTPError	Non-2xx response
RemoteIsSleeping	Device is asleep; wake it first
ExternalSystemNotSupported	Unknown external system ID

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Interactive Tester

A built-in REPL tester is included:

uv run main.py

It discovers remotes on the local network, prompts for credentials, then offers a numbered menu to inspect state and send commands.

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Development

# Run tests
uv run pytest

# Type checking
uv run mypy unfurled/

# Lint / format
uv run ruff check unfurled/
uv run ruff format unfurled/

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Licence

MIT