def update(self):
"""Get the latest data - current weather and forecasted weather from FMI."""
# Current Weather
try:
self.current = fmi.weather_by_coordinates(self.latitude,
self.longitude)
except ClientError as err:
err_string = ("Client error with status " + str(err.status_code) +
" and message " + err.message)
_LOGGER.error(err_string)
except ServerError as err:
err_string = ("Server error with status " + str(err.status_code) +
" and message " + err.body)
_LOGGER.error(err_string)
self.current = None
# Hourly weather for 24hrs.
try:
self.hourly = fmi.forecast_by_coordinates(
self.latitude, self.longitude, timestep_hours=self.time_step)
except ClientError as err:
err_string = ("Client error with status " + str(err.status_code) +
" and message " + err.message)
_LOGGER.error(err_string)
except ServerError as err:
err_string = ("Server error with status " + str(err.status_code) +
" and message " + err.body)
_LOGGER.error(err_string)
self.hourly = None
import fmi_weather_client as fmi
from fmi_weather_client.errors import ClientError, ServerError
try:
# Get current weather in Kilpisjärvi using coordinates
kilpisjarvi_weather = fmi.weather_by_coordinates(69.0478, 20.7982)
# Get forecast for Helsinki
helsinki_forecast = fmi.forecast_by_place_name("Helsinki")
# Print current temperature
print()
print(f"Temperature @ {kilpisjarvi_weather.place}: {kilpisjarvi_weather.data.temperature}")
# Print temperature forecasts
print()
print(f"Forecast for {helsinki_forecast.place}")
for forecast in helsinki_forecast.forecasts:
print(f"- Temperature at {forecast.time}: {forecast.temperature}")
except ClientError as err:
# Catch and print client errors (invalid coordinate, unknown place etc)
print(f"FMI returned a client error {err.status_code}: {err.message}", err)
except ServerError as err:
# Catch and print server errors
print(f"FMI returned a server error {err.status_code}: {err.body}", err)
def update(self):
"""Get the latest and forecasted weather from FMI."""
def update_best_weather_condition():
if self.hourly is None:
return
if self.current is None:
return
curr_date = date.today()
# Init values
self.best_state = BEST_CONDITION_NOT_AVAIL
self.best_time = self.current.data.time.astimezone(tz.tzlocal())
self.best_temperature = self.current.data.temperature.value
self.best_humidity = self.current.data.humidity.value
self.best_wind_speed = self.current.data.wind_speed.value
self.best_precipitation = self.current.data.precipitation_amount.value
for forecast in self.hourly.forecasts:
local_time = forecast.time.astimezone(tz.tzlocal())
if local_time.day == curr_date.day + 1:
# Tracking best conditions for only this day
break
if (
(forecast.symbol.value in BEST_COND_SYMBOLS)
and (forecast.wind_speed.value >= self.min_wind_speed)
and (forecast.wind_speed.value <= self.max_wind_speed)
):
if (
forecast.temperature.value >= self.min_temperature
and forecast.temperature.value <= self.max_temperature
):
if (
forecast.humidity.value >= self.min_humidity
and forecast.humidity.value <= self.max_humidity
):
if (
forecast.precipitation_amount.value >= self.min_precip
and forecast.precipitation_amount.value
<= self.max_precip
):
# What more can you ask for?
# Compare with temperature value already stored and update if necessary
self.best_state = BEST_CONDITION_AVAIL
if self.best_state is BEST_CONDITION_AVAIL:
if forecast.temperature.value > self.best_temperature:
self.best_time = local_time
self.best_temperature = forecast.temperature.value
self.best_humidity = forecast.humidity.value
self.best_wind_speed = forecast.wind_speed.value
self.best_precipitation = forecast.precipitation_amount.value
# Current Weather
try:
self.current = fmi.weather_by_coordinates(self.latitude, self.longitude)
except ClientError as err:
err_string = (
"Client error with status "
+ str(err.status_code)
+ " and message "
+ err.message
)
_LOGGER.error(err_string)
except ServerError as err:
err_string = (
"Server error with status "
+ str(err.status_code)
+ " and message "
+ err.body
)
_LOGGER.error(err_string)
self.current = None
# Hourly weather for 24hrs.
try:
self.hourly = fmi.forecast_by_coordinates(
self.latitude, self.longitude, timestep_hours=self.time_step
)
except ClientError as err:
err_string = (
"Client error with status "
+ str(err.status_code)
+ " and message "
+ err.message
)
_LOGGER.error(err_string)
except ServerError as err:
err_string = (
"Server error with status "
+ str(err.status_code)
+ " and message "
+ err.body
)
_LOGGER.error(err_string)
self.hourly = None
# Update best time parameters
update_best_weather_condition()
def test_no_location_exception_response(self, mock_get):
with self.assertRaises(ClientError):
fmi_weather_client.weather_by_coordinates(27.31317, 63.14343)
def test_nil_weather_response(self, mock_get):
weather_coord = fmi_weather_client.weather_by_coordinates(
25.46816, 65.01236)
weather_name = fmi_weather_client.weather_by_place_name('Oulu')
self.assertIsNone(weather_coord)
self.assertIsNone(weather_name)
def test_get_weather_by_coordinates(self, mock_get):
weather = fmi_weather_client.weather_by_coordinates(63.14343, 27.31317)
self.assert_coordinate_weather(weather)
def test_server_error_response(self, mock_get):
with self.assertRaises(ServerError):
fmi_weather_client.weather_by_coordinates(27.31317, 63.14343)
