#!/usr/bin/env python

import json
from datetime import datetime

import requests

WEATHER_CODES = {
    "113": "🌈",
    "116": "⛅️",
    "119": "☁️",
    "122": "☁️",
    "143": "🌫",
    "176": "🌦",
    "179": "🌧",
    "182": "🌧",
    "185": "🌧",
    "200": "⛈",
    "227": "🌨",
    "230": "❄️",
    "248": "🌫",
    "260": "🌫",
    "263": "🌦",
    "266": "🌦",
    "281": "🌧",
    "284": "🌧",
    "293": "🌦",
    "296": "🌦",
    "299": "🌧",
    "302": "🌧",
    "305": "🌧",
    "308": "🌧",
    "311": "🌧",
    "314": "🌧",
    "317": "🌧",
    "320": "🌨",
    "323": "🌨",
    "326": "🌨",
    "329": "❄️",
    "332": "❄️",
    "335": "❄️",
    "338": "❄️",
    "350": "🌧",
    "353": "🌦",
    "356": "🌧",
    "359": "🌧",
    "362": "🌧",
    "365": "🌧",
    "368": "🌨",
    "371": "❄️",
    "374": "🌧",
    "377": "🌧",
    "386": "⛈",
    "389": "🌩",
    "392": "⛈",
    "395": "❄️",
}

data = {}


weather = requests.get("https://wttr.in/Alicante?format=j1").json()


def format_time(time):
    return time.replace("00", "").zfill(2)


def format_temp():
    return (hour["FeelsLikeC"] + "°").ljust(3)


def format_chances(hour):
    chances = {
        "chanceoffog": "Fog",
        "chanceoffrost": "Frost",
        "chanceofovercast": "Overcast",
        "chanceofrain": "Rain",
        "chanceofsnow": "Snow",
        "chanceofsunshine": "Sunshine",
        "chanceofthunder": "Thunder",
        "chanceofwindy": "Wind",
    }

    conditions = []
    for event in chances.keys():
        if int(hour[event]) > 0:
            conditions.append(chances[event] + " " + hour[event] + "%")
    return ", ".join(conditions)


data["text"] = (
    WEATHER_CODES[weather["current_condition"][0]["weatherCode"]]
    + " "
    + weather["current_condition"][0]["temp_C"]
    + "°C"
)

data[
    "tooltip"
] = f"<b>{weather['current_condition'][0]['weatherDesc'][0]['value']} {weather['current_condition'][0]['temp_C']}°C</b>\n"
data["tooltip"] += f"Feels like: {weather['current_condition'][0]['FeelsLikeC']}°C\n"
data["tooltip"] += f"Wind: {weather['current_condition'][0]['windspeedKmph']}Km/h\n"
data["tooltip"] += f"Humidity: {weather['current_condition'][0]['humidity']}%\n"
for i, day in enumerate(weather["weather"]):
    data["tooltip"] += f"\n<b>"
    if i == 0:
        data["tooltip"] += "Today, "
    if i == 1:
        data["tooltip"] += "Tomorrow, "
    data["tooltip"] += f"{day['date']}</b>\n"
    data["tooltip"] += f"⬆️ {day['maxtempC']}° ⬇️ {day['mintempC']}° "
    data[
        "tooltip"
    ] += f"🌅 {day['astronomy'][0]['sunrise']} 🌇 {day['astronomy'][0]['sunset']}\n"
    for hour in day["hourly"]:
        if i == 0:
            if int(format_time(hour["time"])) < datetime.now().hour - 2:
                continue
        data[
            "tooltip"
        ] += f"{format_time(hour['time'])} {WEATHER_CODES[hour['weatherCode']]} {format_temp(hour['FeelsLikeC'])} {hour['weatherDesc'][0]['value']}, {format_chances(hour)}\n"


print(json.dumps(data))