def test_star_sink():
L = []
def add(x, y):
L.append(x + y)
source = Stream()
source.starsink(add)
source.emit((1, 10))
assert L[0] == 11
lambda x: x if not isinstance(x, list) else x[0]).map(
lambda x: x.documents(fill=True)).flatten()).map(
np.float32).connect(raw_background_dark))
(FromEventStream('event', ('data', image_name),
source,
event_stream_name='dark').map(
np.float32).connect(raw_foreground_dark))
# Get background
(FromEventStream('event', ('data', image_name),
bg_docs).map(np.float32).connect(raw_background))
# Get foreground
FromEventStream('event', ('seq_num', ), source,
stream_name='seq_num').connect(img_counter)
(FromEventStream('event', ('data', image_name),
source,
principle=True,
event_stream_name='primary',
stream_name='raw_foreground').map(
np.float32).connect(raw_foreground))
# Save out calibration data to special place
h_timestamp = start_timestamp.map(_timestampstr)
(gen_geo_cal.pluck(0).zip_latest(h_timestamp).
starsink(lambda x, y: _save_calib_param(
x, y,
os.path.join(glbl_dict['config_base'], glbl_dict['calib_config_name']))))
raw_source.starsink(StartStopCallback())
# raw_source.visualize(os.path.expanduser('~/mystream.png'), source_node=True)