1 #!/usr/bin/python3 2 3 import requests 4 import json 5 import pathlib 6 from datetime import datetime 7 8 # TODO: support other units 9 10 icons_day = { 11 "clear_sky": "☀️", 12 "few_clouds": "🌤️", 13 "scattered_clouds": "🌤", 14 "broken_clouds": "☁", 15 "overcast_clouds": "☁", 16 "shower_rain": "🌧", 17 "very_heavy_rain": "🌧", 18 "rain": "🌧", 19 "light_rain": "🌧️", 20 "thunderstorm": "⛈", 21 "snow": "❄", 22 "mist": "🌫" 23 } 24 25 moon_phase = { 26 (0.00, 0.124): "🌑", 27 (0.124, 0.249): "🌒", 28 (0.250, 0.374): "🌓", 29 (0.375, 0.49): "🌔", 30 (0.50, 0.674): "🌕", 31 (0.675, 0.749): "🌖", 32 (0.750, 0.824): "🌗", 33 (0.825, 0.99): "🌘", 34 (0.99, 1): "🌑" 35 } 36 37 lat = -34.71 38 lon = -58.27 39 api_key = "5d30773002dbb7a5aaa846b1656965b2" 40 units = "metric" 41 exclude = "minutely,hourly,alert" 42 cache_file_name = "/home/mk/.cache/wthr.json" 43 44 # update time in minutes 45 update_time = 5 46 47 url = "https://api.openweathermap.org/data/2.5/onecall" 48 params = {'lat': lat, 'lon': lon, 'appid': api_key, 'units': units, 'exclude': exclude} 49 50 curr_time = datetime.now().timestamp() 51 cache_file = pathlib.Path(cache_file_name) 52 53 def cache_update(): 54 pass 55 56 def cache_fetch(): 57 pass 58 59 if cache_file.exists() != True: 60 # file doesn't exist, creates one 61 pathlib.Path(cache_file_name).touch() 62 print("cache file created") 63 64 try: 65 res = requests.get(url, params) 66 except (requests.ConnectionError, res): 67 print("☠️ Service down") 68 quit() 69 70 wthr_dict = json.loads(res.text) 71 with open(cache_file_name,'w') as cache_file: 72 json.dump(wthr_dict, cache_file, indent=4) 73 else: 74 # get file modified time 75 mtime = cache_file.stat().st_mtime 76 if (curr_time - mtime) > (update_time * 60): 77 try: 78 res = requests.get(url, params) 79 except (requests.ConnectionError, res): 80 print("☠️ Service down") 81 quit() 82 83 wthr_dict = json.loads(res.text) 84 with open(cache_file_name,'w') as cache_file: 85 json.dump(wthr_dict, cache_file, indent=4) 86 else: 87 try: 88 with open(cache_file_name,'r') as cache_file: 89 wthr_dict = json.loads(cache_file.read()) 90 except ValueError: 91 # file not JSON 92 try: 93 res = requests.get(url, params) 94 except (requests.ConnectionError, res): 95 print("☠️ Service down") 96 quit() 97 98 wthr_dict = json.loads(res.text) 99 with open(cache_file_name,'w') as cache_file: 100 json.dump(wthr_dict, cache_file, indent=4) 101 102 # print(json.dumps(wthr_dict, indent=4, sort_keys=True)) 103 104 desc = wthr_dict['current']['weather'][0]['description'] 105 main = wthr_dict['current']['weather'][0]['main'] 106 # temp = int(wthr_dict['current']['feels_like']) 107 temp = int(wthr_dict['current']['temp']) 108 icon = icons_day[desc.replace(' ', '_')] 109 moon_curr = wthr_dict['daily'][0]['moon_phase'] 110 curr_time_int = int(datetime.now().strftime('%H%M')) 111 sunrise = int(wthr_dict['current']['sunrise']) 112 sunset = int(wthr_dict['current']['sunset']) 113 114 sunrise = int(datetime.fromtimestamp(sunrise).strftime('%H%M')) 115 sunset = int(datetime.fromtimestamp(sunset).strftime('%H%M')) 116 117 for range, moon_icon in moon_phase.items(): 118 if range[0] <= moon_curr <= range[1]: 119 moon_curr = moon_icon 120 break 121 122 night = (0000, sunrise, sunset + 100, 2359) 123 sunset = (sunset, sunset + 50) 124 dusk = (sunset[1], sunset[1] + 50) 125 day = (sunrise, sunset) 126 127 if (dusk[0] <= curr_time_int <= dusk[1]) and main == 'Clear': 128 icon = "🌆" 129 elif (sunset[0] <= curr_time_int <= sunset[1]) and (main == 'Clear'): 130 icon = "🌇" 131 elif ((night[0] <= curr_time_int <= night[1]) or (night[2] <= curr_time_int <= night[3])): 132 icon = moon_curr 133 134 print("{} {}° {}".format(icon, temp, main))
