def test_getInteresting():
mock_http = mock.Mock()
instance = DarkSky(
api_key="abc",
http_interface=mock_http
)
mock_http.open.return_value = (
200,
json.dumps(
{
"storms": {
"data": True
}
}
)
)
yield (
assert_equals,
True,
instance.getInteresting()["data"]
)
yield (
assert_equals,
"https://api.darkskyapp.com/v1/interesting/abc",
mock_http.open.call_args[1]["url"]
)
def test_getInteresting():
mock_http = mock.Mock()
instance = DarkSky(api_key="abc", http_interface=mock_http)
mock_http.open.return_value = (200, json.dumps({"storms": {"data": True}}))
yield (assert_equals, True, instance.getInteresting()["data"])
yield (assert_equals, "https://api.darkskyapp.com/v1/interesting/abc",
mock_http.open.call_args[1]["url"])
def __get_weather(self):
dk = DarkSky()
if dk.is_success():
logger.info('API success on attempt: ' + str(self.api_tries) + ' current_temp: ' + str(dk.current_temp()) + ' todays_low: ' +
str(dk.todays_low()) + ' todays_high: ' + str(dk.todays_high()) + ' icon: ' + str(dk.icon()))
self.current_temp = dk.current_temp()
self.todays_low = dk.todays_low()
self.todays_high = dk.todays_high()
self.icon = dk.icon()
self.api_tries = 0
else:
self.api_tries += 1
if self.api_tries >= DATA_DELAY_REFRESH_LIMIT or self.current_temp is None:
self.__reset_os_network_interface()
now = datetime.datetime.now()
try_again_time = now + datetime.timedelta(seconds=CALL_INTERVAL_SECONDS)
logger.warning(
"failed to get weather data after " + str(self.api_tries) + " attempt(s). Will try again in " + str(round(CALL_INTERVAL_SECONDS/60)) + " minutes (at " + try_again_time.strftime("%d-%b-%y %H:%M:%S") + ")"
)
self.__display_data_failure(try_again_time)
time.sleep(CALL_INTERVAL_SECONDS)
self.matrix.Clear()
self.__get_weather()
else:
logger.warning("Attempt: " + str(self.api_tries) + ". Will try again in " + str(round(CALL_INTERVAL_SECONDS/60)) + " minutes to update weather data. Displaying old data.")
pass
self.matrix.Clear()
def darksky_with_data(self):
yield DarkSky(key=generate_random_key())
# make sure test file is deleted
print("teardown")
if check_files(OUT_FILE):
print("removing {}".format(OUT_FILE))
os.remove(OUT_FILE)
async def get(self):
"""Return forecast data for location"""
lat = self.request.query.get("lat", "")
lng = self.request.query.get("lng", "")
dark_sky = DarkSky(self.config.DARKSKY_API_KEY, self.client)
forecast = await dark_sky.get_forecast(lat, lng)
return web.json_response(forecast)
def test_getInteresting_failure():
mock_http = mock.Mock()
instance = DarkSky(api_key="abc", http_interface=mock_http)
mock_http.open.return_value = (403,
json.dumps({
"code": 403,
"error": "Forbidden"
}))
yield (assert_raises, DarkSkyException, instance.getInteresting)
def get_forecast():
'''
Returns forecast for configured timeframe
'''
darksky = DarkSky(config['darksky']['apikey'])
forecast = darksky.get(config['forecast']['location']['latitude'],
config['forecast']['location']['longitude'])
timeframe = config['forecast']['timeframe']
if timeframe == 0:
forecast = [forecast.currently]
else:
forecast = forecast.hourly.data[:timeframe]
temperature = mean(
list(map(lambda hour: hour.apparentTemperature, forecast)))
condition = get_most_significant_condition(
list(map(lambda hour: hour.icon, forecast)))
return {'temperature': temperature, 'condition': condition}
def test_getWeathers():
mock_http = mock.Mock()
instance = DarkSky(api_key="abc", http_interface=mock_http)
mock_http.open.return_value = (200,
json.dumps({
"precipitation": [{
"probability": 1.0,
"intensity": 15.6,
"error": 1.0,
"type": "rain",
"time": 1325607100
}, {
"probability": 0.0,
"intensity": 0.0,
"error": 0.0,
"type": "rain",
"time": 1325607791
}]
}))
time1 = datetime.datetime(year=1999, month=12, day=1)
time2 = datetime.datetime(
year=1995,
month=12,
day=1,
)
ret = instance.getWeathers([{
"latitude": 12345.11,
"longitude": 12345.12,
"time": time1
}, {
"latitude": 12345.13,
"longitude": 12345.14,
"time": time2
}])
yield (assert_equals, 15.6, ret[0]["intensity"])
yield (assert_equals, 0, ret[1]["intensity"])
yield (
assert_equals,
"https://api.darkskyapp.com/v1/precipitation/abc/12345.11,12345.12,944006400;12345.13,12345.14,817776000",
mock_http.open.call_args[1]["url"])
def test_getWeather_success():
mock_http = mock.Mock()
mock_dsresponse = mock.Mock()
mock_dsresponse.return_value.checkTimeout = 323
instance = DarkSky(
api_key="abc",
http_interface=mock_http,
DarkSkyResponseClass=mock_dsresponse
)
mock_http.open.return_value = (
200,
json.dumps(
{"data": True}
)
)
ret_val = instance.getWeather(latitude=123, longitude=1234)
yield (
assert_equals,
mock_dsresponse.return_value,
ret_val
)
yield (
assert_equals,
"https://api.forecast.io/forecast/abc/123,1234",
mock_http.open.call_args[1]["url"]
)
yield (
assert_equals,
{"data": True},
mock_dsresponse.call_args[1]["response_body"]
)
yield (
assert_equals,
"forecast",
mock_dsresponse.call_args[1]["forecast_type"]
)
def test_getWeather_success():
mock_http = mock.Mock()
mock_dsresponse = mock.Mock()
mock_dsresponse.return_value = "something"
instance = DarkSky(
api_key="abc",
http_interface=mock_http,
DarkSkyResponseClass=mock_dsresponse
)
mock_http.open.return_value = (
200,
json.dumps(
{"data": True}
)
)
ret_val = instance.getWeather(latitude=123, longitude=1234, forecast_type="brief")
yield (
assert_equals,
"something",
ret_val
)
yield (
assert_equals,
"https://api.darkskyapp.com/v1/brief/abc/123,1234",
mock_http.open.call_args[1]["url"]
)
yield (
assert_equals,
{"data": True},
mock_dsresponse.call_args[1]["response_body"]
)
yield (
assert_equals,
"brief",
mock_dsresponse.call_args[1]["forecast_type"]
)
def test_getWeather_success():
mock_http = mock.Mock()
mock_dsresponse = mock.Mock()
mock_dsresponse.return_value = "something"
instance = DarkSky(api_key="abc",
http_interface=mock_http,
DarkSkyResponseClass=mock_dsresponse)
mock_http.open.return_value = (200, json.dumps({"data": True}))
ret_val = instance.getWeather(latitude=123,
longitude=1234,
forecast_type="brief")
yield (assert_equals, "something", ret_val)
yield (assert_equals, "https://api.darkskyapp.com/v1/brief/abc/123,1234",
mock_http.open.call_args[1]["url"])
yield (assert_equals, {
"data": True
}, mock_dsresponse.call_args[1]["response_body"])
yield (assert_equals, "brief",
mock_dsresponse.call_args[1]["forecast_type"])
def w_response(self, mask, args):
"""
Returns appropriate reponse to .w request
example: <bot> New York, NY - Clear, 75.4°F
"""
local = " ".join(args['<location>'])
if not local:
location = yield from self.get_local(mask.nick)
# XXX tempory fix
if location == mask.nick:
response = "Sorry, I don't remember where you are"
return response
else:
try:
location = yield from self.get_geo(mask.nick, args)
except ConnectionError:
response = "Sorry, I could't find that place"
return response
# if args are provided remember them
self.set_local(mask.nick, location)
latlng, place = location
try:
self.ds = DarkSky(latlng, key=self.api_key)
except (requests.exceptions.Timeout,
requests.exceptions.TooManyRedirects,
requests.exceptions.RequestException,
requests.exceptions.HTTPError, ValueError, KeyError) as e:
errmsg = str(e)
return errmsg
current = self.ds.forecast.currently
time = _unixformat(current.time, self.ds.forecast.timezone)
deg = "F" if self.ds.forecast.flags.units == "us" else "C"
response = "\x02{0} \x0F({4}) - {1}, {2}\u00B0{3}".format(
place, current.summary, current.temperature, deg, time)
return response
@app.route("/")
def weather():
"""
Test route to ensure flask will serve pages with the schedule running.
"""
weather_dict = dark_sky.read_file(config.weather_file)
w = weather_dict['minutely']['summary']
t = weather_dict['currently']['time']
print("Weather summary:\n{}".format(w))
return f"Weather at {t} is like: {w}"
if __name__ == '__main__':
dark_sky = DarkSky(key=config.dark_sky_api_key)
create_schedule(update_weather,
config.weather_file,
interval=config.darksky_interval,
units='seconds') # for test purposes only
# run the update now in it's own thread
s = Thread(target=schedule.run_all())
s.start()
# thread the check for subsequent updates
t = Thread(target=threaded_schedule_run)
t.start()
app.run(debug=True, use_reloader=False)
def test_init_raises_TypeError_with_no_key_variable(self):
with pytest.raises(TypeError) as e:
DarkSky()
assert "Missing argument. Key is required." in str(e.value)
def __init__(self):
super(LWeather, self).__init__(color="black")
self.ds = DarkSky()
self.last_temperature = 0.0
self.ch2 = 20 # component height 2
self.sh1 = 2 # separator height 1
# Offsets
self.row_1_y = self.ch2
self.sep_2_y = self.row_1_y + 2 * self.ch2
self.row_2_y = self.sep_2_y + self.sh1
self.sep_3_y = self.row_2_y + self.ch2
self.row_3_y = self.sep_3_y + self.sh1
self.sep_4_y = self.row_3_y + self.ch2
self.row_4_y = self.sep_4_y + self.sh1
# N/A: u'\uf07b'
# Build the layout
self.mi = Component(self.ch2,
self.ch2,
font='weathericons-regular-webfont.ttf',
font_size=14,
bg_color=0,
align=1)
self.mi.set_position(2, 0)
self.mi.set_text(u'\uF0E2') # Moon phase, TODO use the 28 icons
self.cdate = Component(52, self.ch2, font_size=14, bg_color=0, align=1)
self.cdate.set_position(20, 0)
self.cdate.set(time.strftime('%d-%b'))
self.ctime = Component(56, self.ch2, font_size=14, bg_color=0, align=1)
self.ctime.set_position(72, 0)
self.ctime.set(time.strftime('%H:%M'))
# ----------------
self.tv = Component(48,
2 * self.ch2,
font_size=24,
format_string="{0:.0f}" + u'\N{DEGREE SIGN}',
align=1)
self.tv.set_position(0, self.row_1_y)
self.tv.set(-23.45)
self.ti = Component(48,
2 * self.ch2,
font='weathericons-regular-webfont.ttf',
font_size=26,
align=1,
bg_color=255)
self.ti.set_position(44, self.row_1_y)
self.ti.set_text(u'\uF002') # Weather icon
self.tmax = Component(34,
self.ch2,
font_size=14,
format_string="{0:.0f}" + u'\N{DEGREE SIGN}',
align=2)
self.tmax.set_position(94, self.row_1_y)
self.tmax.set(-18.87)
self.tmin = Component(34,
self.ch2,
font_size=14,
format_string="{0:.0f}" + u'\N{DEGREE SIGN}',
align=2)
self.tmin.set_position(94, self.row_1_y + self.ch2)
self.tmin.set(-27.64)
# -----------------------------
self.ln = Component(92,
self.ch2,
font_size=13,
font='Roboto-Condensed.ttf',
align=1)
self.ln.set_position(0, self.row_2_y)
self.ln.set_text("Valkenburg, ZH")
self.td = Component(34,
self.ch2,
font_size=22,
font='weathericons-regular-webfont.ttf',
align=1) # temperature direction
self.td.set_position(94, self.row_2_y)
self.td.set_text(u'\uF095') # Arrow up: f058, down: f044
# -------------------------------------
self.hi = Component(self.ch2,
self.ch2,
font='weathericons-regular-webfont.ttf',
font_size=16,
bg_color=0)
self.hi.set_position(0, self.row_3_y)
self.hi.set_text(u'\uF07A', align=1) # Humidity, Water drop: u'\uF078'
self.hv = Component(44,
self.ch2,
font_size=18,
font='Roboto-Condensed.ttf',
format_string="{0:.0f}%",
align=0,
bg_color=0)
self.hv.set_position(20, self.row_3_y)
self.hv.set(67)
self.ri = Component(24,
self.ch2,
font='weathericons-regular-webfont.ttf',
font_size=16,
bg_color=0)
self.ri.set_position(66, self.row_3_y)
self.ri.set_text(u'\uF084', align=1) # Umbrella
self.rv = Component(38,
self.ch2,
font_size=18,
font='Roboto-Condensed.ttf',
format_string="{0:.0f}%",
align=0,
bg_color=0)
self.rv.set_position(90, self.row_3_y)
self.rv.set(26.32)
self.pi = Component(self.ch2,
self.ch2,
font_size=18,
font='weathericons-regular-webfont.ttf',
bg_color=0)
self.pi.set_position(0, self.row_4_y)
self.pi.set_text(u'\uF079', x=0, align=1) # Barometer
self.pv = Component(64,
self.ch2,
font_size=18,
format_string="{0:.1f}",
align=0,
bg_color=0)
self.pv.set_position(20, self.row_4_y)
self.pv.set(1023.52)
self.wi = Component(34,
self.ch2,
font='weathericons-regular-webfont.ttf',
font_size=20,
bg_color=0,
align=0)
self.wi.set_position(94, self.row_4_y)
self.wi.set_text(u'\uF0B7') # Wind
# Add components to the layout
self.add([self.mi, self.cdate, self.ctime])
self.add([self.tv, self.ti, self.tmax, self.tmin])
self.add([self.ln, self.td])
self.add([self.hi, self.hv, self.ri, self.rv])
self.add([self.pi, self.pv, self.wi])
def test_init_stores_key_variable(self, exec_no):
key = generate_random_key()
print("Test {} with key: {}".format(exec_no, key))
darksky_with_key = DarkSky(key=key)
assert darksky_with_key.key == key
def darksky():
return DarkSky(key=generate_random_key())
def test_getWeathers():
mock_http = mock.Mock()
instance = DarkSky(
api_key="abc",
http_interface=mock_http
)
mock_http.open.return_value = (
200,
json.dumps(
{
"precipitation": [
{ "probability": 1.0,
"intensity": 15.6,
"error": 1.0,
"type": "rain",
"time": 1325607100 },
{ "probability": 0.0,
"intensity": 0.0,
"error": 0.0,
"type": "rain",
"time": 1325607791 }
]
}
)
)
time1 = datetime.datetime(
year=1999,
month=12,
day=1
)
time2 = datetime.datetime(
year=1995,
month=12,
day=1,
)
ret = instance.getWeathers(
[
{
"latitude": 12345.11,
"longitude": 12345.12,
"time": time1
},
{
"latitude": 12345.13,
"longitude": 12345.14,
"time": time2
}
]
)
yield (
assert_equals,
15.6,
ret[0]["intensity"]
)
yield (
assert_equals,
0,
ret[1]["intensity"]
)
yield (
assert_equals,
"https://api.darkskyapp.com/v1/precipitation/abc/12345.11,12345.12,944006400;12345.13,12345.14,817776000",
mock_http.open.call_args[1]["url"]
)
import sys
sys.path.append('../')
from darksky import DarkSky
darksky = DarkSky('YOUR_API_KEY')
forecast = darksky.get(47.2, 27.6)
print('Summary: %s' % forecast.currently.summary)
print('Temperature: %s*C, feels like %s*C' %
(forecast.currently.temperature, forecast.currently.apparentTemperature))
