def test_workflow(city):
"""Test classical workflow usage with the Python library."""
# Init client
client = MeteoFranceClient()
# Search a location from name.
list_places = client.search_places(city)
my_place = list_places[0]
# Fetch weather forecast for the location
my_place_weather_forecast = client.get_forecast_for_place(my_place)
# Get the daily forecast
my_place_daily_forecast = my_place_weather_forecast.daily_forecast
# If rain in the hour forecast is available, get it.
if my_place_weather_forecast.position["rain_product_available"] == 1:
my_place_rain_forecast = client.get_rain(my_place.latitude, my_place.longitude)
next_rain_dt = my_place_rain_forecast.next_rain_date_locale()
if not next_rain_dt:
rain_status = "No rain expected in the following hour."
else:
rain_status = next_rain_dt.strftime("%H:%M")
else:
rain_status = "No rain forecast availble."
# Fetch weather alerts.
my_place_weather_alerts = client.get_warning_current_phenomenoms(my_place.admin2)
readable_warnings = readeable_phenomenoms_dict(
my_place_weather_alerts.phenomenons_max_colors
)
assert type(my_place_daily_forecast) == list
assert rain_status
assert type(readable_warnings) == dict
def test_currentphenomenons_with_coastal_bulletin(dep, res):
"""Test getting a complete basic bulletin for coastal department."""
client = MeteoFranceClient()
current_phenomenoms = client.get_warning_current_phenomenoms(
domain=dep, depth=1, with_costal_bulletin=True)
has_coastal_phenomenom = any(
phenomenom["phenomenon_id"] == 9
for phenomenom in current_phenomenoms.phenomenons_max_colors)
assert has_coastal_phenomenom == res
def test_currentphenomenons(requests_mock):
"""Test basic weather alert results from API."""
client = MeteoFranceClient()
requests_mock.request(
"get",
f"{METEOFRANCE_API_URL}/warning/currentphenomenons",
json={
"update_time":
1591279200,
"end_validity_time":
1591365600,
"domain_id":
"32",
"phenomenons_max_colors": [
{
"phenomenon_id": 6,
"phenomenon_max_color_id": 1
},
{
"phenomenon_id": 4,
"phenomenon_max_color_id": 1
},
{
"phenomenon_id": 5,
"phenomenon_max_color_id": 3
},
{
"phenomenon_id": 2,
"phenomenon_max_color_id": 1
},
{
"phenomenon_id": 1,
"phenomenon_max_color_id": 1
},
{
"phenomenon_id": 3,
"phenomenon_max_color_id": 2
},
],
},
)
current_phenomenoms = client.get_warning_current_phenomenoms(domain="32",
depth=1)
assert type(current_phenomenoms.update_time) == int
assert type(current_phenomenoms.end_validity_time) == int
assert type(current_phenomenoms.domain_id) == str
assert "phenomenon_id" in current_phenomenoms.phenomenons_max_colors[
0].keys()
assert current_phenomenoms.get_domain_max_color() == 3
# Search a location from name.
city = "Brest"
list_places = client.search_places(city)
my_place = list_places[0]
# Fetch weather forecast for the location
my_place_weather_forecast = client.get_forecast_for_place(my_place)
# Get the daily forecast
my_place_daily_forecast = my_place_weather_forecast.daily_forecast
# If rain in the hour forecast is available, get it.
if my_place_weather_forecast.position["rain_product_available"] == 1:
my_place_rain_forecast = client.get_rain(my_place.latitude, my_place.longitude)
next_rain_dt = my_place_rain_forecast.next_rain_date_locale()
if not next_rain_dt:
rain_status = "No rain expected in the following hour."
else:
rain_status = next_rain_dt.strftime("%H:%M")
else:
rain_status = "No rain forecast availble."
print (rain_status)
# Fetch weather alerts.
my_place_weather_alerts = client.get_warning_current_phenomenoms(my_place.admin2)
readable_warnings = readeable_phenomenoms_dict(
my_place_weather_alerts.phenomenons_max_colors
)
print (readable_warnings)
