import urllib2 as url
import os
import time
 
os.system('cls')
 
print("[Content provided by The Weather Channel]")
time.sleep(3)
os.system('cls')
 
print("Please wait...this may take a few seconds.")
time.sleep(3)
os.system('cls')
 
condition=True
 
try:
    url_open=url.urlopen("http://www.weather.com")
    lines=url_open.readlines()[1192:1199]
except:
    condition=False
 
if(condition):
    print("Weather forecast for Bangalore, INDIA\n")
    for x in lines:
        onsplit=x.split(">")
 
        tags=onsplit[2][:-5]
 
        if(tags=="Pressure:"):
            data=onsplit[4][:5]
        elif(tags=="Dew Point:"):
            data=onsplit[4][:2]
        else:
            data=onsplit[4][:-5]
 
        print(tags+" "+data)
    raw_input("\n<Any key to quit>")

import urllib2 as url2
import urllib as url
 
values={"search":"city"}
 
data=url.urlencode(values)
 
req=url2.Request("http://www.google.com",data)
res=url2.urlopen(req)
 
print(res.read())

# given the zip code, extract the weather conditions of the area
# tested with Python25
 
import urllib2
import time
 
def extract(text, sub1, sub2):
    """
    extract a substring from text between first
    occurances of substrings sub1 and sub2
    """
    return text.split(sub1, 1)[-1].split(sub2, 1)[0]
 
 
zipcode = '91201'
url_str = 'http://www.weather.com/weather/local/' + zipcode
try:
    fin = urllib2.urlopen(url_str)
    html = fin.readlines()
    fin.close()
except IOError:
    print( 'Cannot open URL %s for reading' % url_str )
    html = False
 
if html:
    for line in html:
        #print( line )  # test
        if line.startswith('OAS_spoof'):
            location = line
        if line.startswith('OAS_query'):
            weather = line
 
    #print( location )  # test
    #print( weather )  # test
 
    location_list = location.split('/')
    #print( location_list )  # test
 
    town = location_list[9].capitalize()
    state = location_list[7].capitalize()
    zip = location_list[10][:5]
 
    print( time.strftime("%A, %d%b%Y at %H:%M hours", time.localtime()) )
    print( "Lovely %s, %s  %s" % (town, state, zip) )
 
    temp_now = extract(weather, 'temp=', '&')
    cond_now = extract(weather, 'cond=', '&')
    temp_high = extract(weather, 'temph1=', '&')
    temp_low = extract(weather, 'templ1=', '&')
 
    sf = "is %s with %sF (low=%sF and high=%sF)"
    print( sf % (cond_now, temp_now, temp_low, temp_high) ) 
 
"""my result -->
Tuesday, 08Sep2009 at 13:15 hours
Lovely Glendale, Ca  91201
is clear_sunny with 81F (low=62F and high=84F)
"""