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OpenWeatherMap.py
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OpenWeatherMap.py
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#!/usr/bin/env python
# -*- coding:utf-8 -*-
import functools
import utils
from tzlocal import get_localzone
from pyowm import OWM
# Decorators
def load_config(func):
@functools.wraps(func)
def wrapper_load_config(string, entities):
payload = dict()
payload["string"] = string
payload["entities"] = entities
api_key = utils.config("api_key")
pro = utils.config("pro")
payload["temperature_units"] = utils.config("temperature_units")
payload["wind_speed_units"] = utils.config("wind_speed_units")
if (
(payload["temperature_units"] != "celsius")
and (payload["temperature_units"] != "fahrenheit")
):
return utils.output(
"end",
"invalid_temperature_units",
utils.translate("invalid_temperature_units")
)
if payload["wind_speed_units"] == "meters per seconds":
payload["wind_speed_units_response"] = payload["wind_speed_units"]
payload["wind_speed_units"] = "meters_sec"
elif payload["wind_speed_units"] == "miles per hour":
payload["wind_speed_units_response"] = payload["wind_speed_units"]
payload["wind_speed_units"] = "miles_hour"
else:
return utils.output(
"end",
"invalid_wind_speed_units",
utils.translate("invalid_wind_speed_units")
)
if pro:
payload["owm"] = OWM(api_key, subscription_type="pro")
else:
payload["owm"] = OWM(api_key)
return func(payload)
return wrapper_load_config
def acquire_weather(func):
@functools.wraps(func)
def wrapper_acquire_weather(payload):
for item in payload["entities"]:
if item["entity"] == "city":
utils.output(
"inter",
"acquiring",
utils.translate("acquiring")
)
payload["city"] = item["sourceText"].title()
payload["observation"] = payload["owm"].weather_at_place(payload["city"])
payload["wtr"] = payload["observation"].get_weather()
return func(payload)
return utils.output(
"end",
"request_error",
utils.translate("request_error")
)
return wrapper_acquire_weather
# Methods
@load_config
@acquire_weather
def current_weather(payload):
"""
Get the current weather.
"""
detailed_status = payload["wtr"].get_detailed_status()
temperatures = payload["wtr"].get_temperature(payload["temperature_units"])
humidity = payload["wtr"].get_humidity()
return utils.output(
"end",
"current_weather",
utils.translate(
"current_weather",
{
"detailed_status": detailed_status.capitalize(),
"city": payload["city"],
"temperature": temperatures["temp"],
"temperature_units": payload["temperature_units"].capitalize(),
"humidity": humidity
}
)
)
@load_config
@acquire_weather
def temperature(payload):
"""
Get the current temperature.
"""
temperatures = payload["wtr"].get_temperature(payload["temperature_units"])
return utils.output(
"end",
"temperature",
utils.translate(
"temperature",
{
"city": payload["city"],
"temperature": temperatures["temp"],
"temperature_units": payload["temperature_units"].capitalize()
}
)
)
@load_config
@acquire_weather
def humidity(payload):
"""
Get the current humidity.
"""
humidity = payload["wtr"].get_humidity()
return utils.output(
"end",
"humidity",
utils.translate(
"humidity",
{
"city": payload["city"],
"humidity": humidity
}
)
)
@load_config
@acquire_weather
def wind(payload):
"""
Get the current wind speed and direction.
"""
wind = payload["wtr"].get_wind(payload["wind_speed_units"])
return utils.output(
"end",
"wind",
utils.translate(
"wind",
{
"city": payload["city"],
"wind_speed": wind["speed"],
"wind_speed_units_response": payload["wind_speed_units_response"],
"wind_direction": wind["deg"]
}
)
)
@load_config
@acquire_weather
def sunrise(payload):
"""
Get when the sun rises.
"""
dt = payload["wtr"].get_sunrise_time("date")
dt = dt.astimezone(get_localzone())
return utils.output(
"end",
"sunrise",
utils.translate(
"sunrise",
{"time": dt.strftime("%H:%M:%S"), "city": payload["city"]}
)
)
@load_config
@acquire_weather
def sunset(payload):
"""
Get when the sun sets.
"""
dt = payload["wtr"].get_sunset_time("date")
dt = dt.astimezone(get_localzone())
return utils.output(
"end",
"sunset",
utils.translate(
"sunset",
{"time": dt.strftime("%H:%M:%S"), "city": payload["city"]}
)
)