def _read_sensor( # pylint: disable=too-many-arguments
self, source_uuid: UUID, sid: int, unit: str, topic: str,
callback_config: AdvancedCallbackConfiguration
) -> AsyncGenerator[DataEvent, None]:
monitor_stream = (
stream.repeat(self.device, interval=1)
| pipe.map(
async_(lambda sensor: sensor.get_callback_configuration(sid)))
| pipe.map(lambda current_config: None
if current_config == callback_config else self.device)
| pipe.filter(lambda sensor: sensor is not None)
| pipe.action(lambda sensor: logging.getLogger(__name__).info(
"Resetting callback config for %s", sensor))
| pipe.action(
async_(lambda sensor: sensor.set_callback_configuration(
sid, *callback_config)))
| pipe.filter(lambda x: False))
return stream.merge(
stream.just(monitor_stream),
stream.iterate(self.device.read_events(sids=(sid, )))
| pipe.map(lambda item: DataEvent(sender=source_uuid,
topic=topic,
value=item.payload,
sid=item.sid,
unit=str(unit))),
)
async def download_files(urls):
async with aiohttp.ClientSession() as session:
await (stream.repeat(session)
| pipe.zip(stream.iterate(fields.itertuples()))
| pipe.flatmap(generate_urls)
| pipe.filter(ignore_existing_file)
| pipe.take(1000)
| pipe.map(retrieve_file, ordered=False, task_limit=10))
def _read_device(config: dict[str, Any]) -> AsyncGenerator[Any, None]:
on_read: partial
timeout: float
on_read, timeout = config["on_read"]
if inspect.isasyncgenfunction(on_read.func):
return stream.iterate(on_read()) | pipe.timeout(timeout)
return (stream.repeat(config["on_read"], interval=config["interval"])
| pipe.starmap(lambda func, timeout: stream.just(func()) | pipe
.timeout(timeout))
| pipe.concat(task_limit=1))
def _read_sensor( # pylint: disable=too-many-arguments
self, sid: int, interval: float, unit: str, topic: str, timeout: float
) -> AsyncGenerator[DataEvent, None]:
if self.__uuid is None:
raise SensorNotReady("You must enumerate the sensor before reading.")
return (
stream.repeat(stream.call(self._device.get_by_function_id, sid), interval=interval)
| pipe.concat(task_limit=1)
| pipe.timeout(timeout)
| pipe.map(lambda value: DataEvent(sender=self.__uuid, topic=topic, value=value, sid=sid, unit=str(unit)))
)
async def async_fetch_urlset(urls, download_dir, pbar=None, verbose=False):
async with httpx.AsyncClient(http2=True) as session:
ws = stream.repeat(session)
xs = stream.zip(ws, stream.iterate(urls))
ys = stream.starmap(xs, fetch, ordered=False, task_limit=10)
process_download = partial(process,
download_dir=download_dir,
pbar=pbar,
verbose=verbose)
zs = stream.map(ys, process_download)
return await zs
async def async_fetch_urlset(urls,
schedules,
pbar=None,
verbose=False,
use_http2=True):
async with httpx.AsyncClient(http2=use_http2) as session:
ws = stream.repeat(session)
xs = stream.zip(ws, stream.iterate(urls))
ys = stream.starmap(xs, fetch, ordered=False,
task_limit=20) # 30 is similar IDK
process = partial(process_soup,
schedules=schedules,
pbar=pbar,
verbose=verbose)
zs = stream.map(ys, process)
return await zs
async def async_fetch_episodes(listings,
pbar=None,
verbose=False,
use_http2=False):
jsons = dict(zip(listings.broadcasts_urlset, listings.all_broadcasts))
limits = httpx.Limits(max_keepalive_connections=20)
async with httpx.AsyncClient(http2=use_http2, limits=limits) as session:
ws = stream.repeat(session)
xs = stream.zip(ws, stream.iterate(listings.broadcasts_urlset))
ys = stream.starmap(xs, fetch, ordered=False,
task_limit=20) # 20 is optimal
process = partial(process_json,
jsons=jsons,
pbar=pbar,
verbose=verbose)
zs = stream.map(ys, process)
return await zs
async def test_repeat(assert_run):
xs = stream.repeat(1, 3)
await assert_run(xs, [1, 1, 1])
xs = stream.repeat(2)[:4]
await assert_run(xs, [2, 2, 2, 2])
async def test_repeat(assert_run):
xs = stream.repeat(1, 3)
await assert_run(xs, [1, 1, 1])
xs = stream.repeat(2)[:4]
await assert_run(xs, [2, 2, 2, 2])