# -*- coding: utf8 -*-
import urllib2
from bs4 import BeautifulSoup
import sys
from pprint import pprint


# -------------------------------------------
def do_request():
  url = 'http://pogoda.wp.pl/miasto,Bialystok,index.html'
  response = urllib2.urlopen(url)
  html = response.read()
  soup = BeautifulSoup(html, 'html.parser')
  return soup

# ------------------------------------------
def search_city(city):
  soup = do_request()
  links = soup.find_all('a')
  for link in links:
    if city in link.get('href'):
      return link.get('href')

# -------------------------------------------
def get_cities_list():
  soup = do_request()
  links = soup.find_all('a')
  cities = []
  for link in links:
    if "/cid" in link.get('href'):
      city = link.get('href').split(',')[3]
      cities.append(city)
  return sorted(set(cities))

# -------------------------------------------
def get_weather_for_city(miasto):
  baseURL = 'http://pogoda.wp.pl'
  url = baseURL + search_city(miasto)
  response = urllib2.urlopen(url)
  html = response.read()
  soup = BeautifulSoup(html, 'html.parser')
# print(soup.body)
  weather_html = soup.find_all("div","static")[0]
  weather_t = weather_html.get_text().split('\n')
  # getting rid of empty list elements
  weather_t = weather_t[1:-1]

  weather_today = dict()
  weather_today['temp'] = weather_t[3].split(':')[1]
  weather_today['feel_temp'] = weather_t[4].split(':')[1]
  weather_today['clouds'] = weather_t[5]
  weather_today['dawn'] = weather_t[6].split(':',1)[1]
  weather_today['dull'] = weather_t[7].split(':',1)[1]
  weather_today['wind'] = weather_t[8].split(':')[1]
  weather_today['pressure'] = weather_t[9].split(':')[1]

  weather_tomorrow = dict()
  weather_tomorrow['temp'] = weather_t[11].split(':')[1]
  weather_tomorrow['feel_temp'] = weather_t[12].split(':')[1]
  weather_tomorrow['clouds'] = weather_t[13]
  weather_tomorrow['dawn'] = weather_t[14].split(':',1)[1]
  weather_tomorrow['dull'] = weather_t[15].split(':',1)[1]
  weather_tomorrow['wind'] = weather_t[16].split(':')[1]
  weather_tomorrow['pressure'] = weather_t[17].split(':')[1]

  weather = dict()
  weather ['city'] = city
  weather['today'] = weather_today
  weather['tomorrow'] = weather_tomorrow
  return weather

def print_weather(weather):
  print u"""\
+------------------------------------------------------+
|   Pogodynka dla miasta: %20s
+------------------------------------------------------+""" % (weather['city'])
  time = ['today', 'tomorrow']
  for t in time:
    if t == 'today':
      time = 'dzisiaj'
    elif t == 'tomorrow':
      time = 'jutro'
    print u"""| Pogoda na %s
| +-- Temperatura: %-5s
| +-- Odczuwalna temperatura: %-5s
| +-- Zachmurzenie: %s
| +-- Wschód Słońca: %-7s
| +-- Zachód Słońca: %-7s
| +-- Prędkosć wiatru: %-7s
| +-- Ciśnienie: %-5s
+------------------------------------------------------+""" % (time, weather[t]['temp'], weather[t]['feel_temp'],\
      weather[t]['clouds'], weather[t]['dawn'], weather[t]['dull'], weather[t]['wind'], \
      weather[t]['pressure'])

if len(sys.argv) < 2:
  print "Usage: %s <city>" % sys.argv[0]
  print "Available cities: %s" % get_cities_list()
  sys.exit(1)


if __name__ == "__main__":
  city = sys.argv[1]
  if sys.argv[1] == 'list':
    cities = get_cities_list()
    print "Lista dostepnych miast: "
    print ", ".join(cities)
  else:
    weather = get_weather_for_city(city)
    print_weather(weather)