def check_list(onecall: dict = None) -> dict:
try:
secrets = get_secrets()
LOW_TEMP = secrets['LOW_TEMP']
HIGH_WIND = secrets['HIGH_WIND_OPEN_WEATHER']
if onecall is None:
onecall = get_Open_Weather_JSON()
is_current(onecall)
next_fcst = get_next_forecast(onecall)
current = onecall['current']
checks = dict()
# Check the current weather
checks['current_has_low_temp'] = has_low_temp(current, LOW_TEMP)
checks['current_has_rain'] = has_rain(current)
checks['current_has_high_winds'] = has_high_winds(current, HIGH_WIND)
checks['current_is_cloudy'] = is_cloudy(current, secrets['CLOUDS'])
# Check the forecast
checks['fcst_has_rain'] = has_rain(next_fcst)
checks['fcst_has_high_winds'] = has_high_winds(next_fcst, HIGH_WIND)
return checks
except Exception as e:
raise Exception(e)
class WindmanagerTest(unittest.TestCase):
secrets = get_secrets()
test_json_string_true = '[{"id":"0EGR2Z6Z4CS9QN8WWNR5TTQKR5","value":"' + str(
secrets['HIGH_WIND_DIRECT_MEASUREMENT']
) + '","feed_id":1408032,"feed_key":"wind","created_at":"2020-08-08T09:27:04Z","created_epoch":1596878824,"expiration":"2020-09-07T09:27:04Z"},{"id":"0EGR2YPTHQKHT5H2M4M765H1QM","value":"0.208333","feed_id":1408032,"feed_key":"wind","created_at":"2020-08-08T09:26:12Z","created_epoch":1596878772,"expiration":"2020-09-07T09:26:12Z"},{"id":"0EGR2Y2BE8XE15G50TDYCZSJWD","value":"0.125","feed_id":1408032,"feed_key":"wind","created_at":"2020-08-08T09:25:04Z","created_epoch":1596878704,"expiration":"2020-09-07T09:25:04Z"}]'
test_json_string_false = '[{"id":"0EGR2Z6Z4CS9QN8WWNR5TTQKR5","value":"' + str(
0
) + '","feed_id":1408032,"feed_key":"wind","created_at":"2020-08-08T09:27:04Z","created_epoch":1596878824,"expiration":"2020-09-07T09:27:04Z"},{"id":"0EGR2YPTHQKHT5H2M4M765H1QM","value":"0.208333","feed_id":1408032,"feed_key":"wind","created_at":"2020-08-08T09:26:12Z","created_epoch":1596878772,"expiration":"2020-09-07T09:26:12Z"},{"id":"0EGR2Y2BE8XE15G50TDYCZSJWD","value":"0.125","feed_id":1408032,"feed_key":"wind","created_at":"2020-08-08T09:25:04Z","created_epoch":1596878704,"expiration":"2020-09-07T09:25:04Z"}]'
def test_closing(self):
self.assertTrue(
check_array_high_wind(
[0, 0, 0, self.secrets['HIGH_WIND_DIRECT_MEASUREMENT']]))
self.assertFalse(
check_array_high_wind(
[0, 0, 0, self.secrets['HIGH_WIND_DIRECT_MEASUREMENT'] - 1]))
def test_25_min(self):
self.assertTrue(
check_last_25_minutes_had_high_winds(
test_json_string=self.test_json_string_true))
self.assertFalse(
check_last_25_minutes_had_high_winds(
test_json_string=self.test_json_string_false))
def should_sunscreen_open(solar_noon):
secrets = get_secrets()
current_azimuth = solar_azimuth_compass(
solar_noon, float(secrets['LAT']) * DEG_TO_RAD)
checks = list()
# Check the current weather
checks.append(sun_not_on_window(current_azimuth,
secrets['AZIMUTH_SUNUP'], secrets['AZIMUTH_SUNDOWN']))
return not any(checks)
def post_to_adafruit(feed, value):
try:
secrets = get_secrets()
adafruitFeed = secrets['ADAFRUIT_IO_FEEDS_URL'] + f"{feed}/data"
headers = {
'X-AIO-Key': secrets['ADAFRUIT_IO_KEY'],
"Content-Type": "application/json"
}
payload = {'value': value}
r = requests.post(adafruitFeed, json=payload, headers=headers)
except:
pass
def get_Open_Weather_JSON(typeString="onecall") -> dict:
"""Gets the JSON response from openweathermap. Types are forecast, weather, onecall. Defauls to onecall."""
secrets = get_secrets()
openWeatherAPIurl = "https://api.openweathermap.org/data/2.5/"+typeString+"?lat=" + \
secrets['LAT'] + "&lon=" + secrets['LON'] + \
"&appid=" + secrets['OPENWEATHERMAP_ORG_KEY']
r = requests.get(openWeatherAPIurl)
json_buffer = r.json()
if secrets['LOGGING']:
write_json(json_buffer, 'most_recent.json')
if(is_current(json_buffer)):
return json_buffer
else:
raise Exception(
'JSON data was not current in get_Open_Weather_JSON'
)
def get_open_percentage_required(solar_noon: float, latitude: float = None, reference_time=None, adjustment=0) -> int:
"""Retuns the percentage that the sunscreen should open"""
if latitude is None:
secrets = get_secrets()
latitude = float(secrets['LAT']) * DEG_TO_RAD
elevation_angle = 0.5*pi - \
acos(cosine_of_solar_zenith(solar_noon, latitude, reference_time))
azimuth_deg = solar_azimuth_compass(solar_noon, latitude, reference_time)
house_incidence_angle_rad = incidence_angle(
azimuth_deg, secrets['HOUSE_FACING_DEG'])
result = open_percentage_required(
elevation_angle, house_incidence_angle_rad, adjustment)
print(result)
# If we are in mode 1, take bigger steps
if (secrets['CURRENT_MODE'] == 1):
result = round_to_nearest(result, 50)
print(result)
return result
class OpenPosCalcTest(unittest.TestCase):
secrets = get_secrets()
def test_open_pos(self):
self.assertEqual(
int(24.46524406),
open_percentage_required(49.83 * DEG_TO_RAD, -1.158375025))
def test_open_pos_with_adjustment(self):
self.assertEqual(
int(24.46524406) + 10,
open_percentage_required(49.83 * DEG_TO_RAD,
-1.158375025,
adjustment=10))
def test_round_to_nearest(self):
self.assertEqual(0, round_to_nearest(0, 50))
self.assertNotEqual(0, round_to_nearest(1, 50))
self.assertEqual(50, round_to_nearest(1, 50))
self.assertEqual(50, round_to_nearest(50, 50))
self.assertEqual(100, round_to_nearest(51, 50))